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Permit M13-054 - BOEING #9-101 - FREEZER ADDITION - ALTERATION
BOEING #9-101 FREEZER ADDITION 9725 EAST MARGINAL wYs M13-054 City ofii'ukwila r Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Inspection Request Line: 206-431-2451 Web site: http://www.TukwilaWA.gov MECHANICAL PERMIT Parcel No.: 0003400018 Address: 9725 EAST MARGINAL WY S TIIKW Project Name: BOEING #9-101 - FREEZER ADDITION Permit Number: M13-054 Issue Date: 06/06/2013 Permit Expires On: 12/03/2013 Owner: Name: BOEING COMPANY THE Address: PROPERTY TAX DEPT , PO BOX 3707 M/C 20-00 98124 Contact Person: Name: Address: Email: Contractor: Name: Address: CONNIE HARDIN 4600 S 134 PL , TUKVVILA WA 98168 C ONNIEH @ H OLADAYPARKS. C O M Phone: 206-250-4530 HOLADAY PARKS, INC. Phone: 206 248-9700 PO BOX 69208 , SEATTLE, WA 98188 Contractor License No: HOLADPI379NO Expiration Date: 09/03/2013 DESCRIPTION OF WORK: MECHANICAL/REFRIGERANT ROOM EXHAUST & CONTROLS Value of Mechanical: $60,000.00 Fees Collected: $899.56 Type of Fire Protection: UNKNOWN International Mechanical Code Edition: 2009 Electrical Service Provided by: jt � / Permit Center Authorized Signature: Date: n " —13 I hereby certify that I have read and examined this permit and know the same to be true and correct. All provisions of law and ordinances governing this work will be complied with, whether specified herein or not. The granting of this permit does not presume to give authority to violate or cancel the provisions of any other state or local laws regulating construction or the performance of work. I a authorized to sign and obtain this mechanical permit and agree to the conditions on the back of this pe Signature: Print Name: Date: Ce? This permit shall become null and void if the work is not commenced within 180 days from the date of issuance, or if the work is suspended or abandoned for a period of 180 days from the last inspection. 1111.4,3 ne o.: a• nc nc oni•2 PERMIT CONDITIONS Permit No. M13-054 1: ***BUILDING DEPARTMENT CONDITIONS*** 2: No changes shall be made to the approved plans unless approved by the design professional in responsible charge and the Building Official. 3: All permits, inspection records, and approved plans shall be at the job site and available to the inspectors prior to start of any construction. These documents shall be maintained and made available until final inspection approval is granted. 4: All construction shall be done in conformance with the approved plans and the requirements of the International Building Code or International Residential Code, International Mechanical Code, Washington State Energy Code. 5: All plumbing and gas piping work shall be inspected and approved under a separate permit issued by the City of Tukwila Building Department (206-431-3670). 6: All electrical work shall be inspected and approved under a separate permit issued by the City of Tukwila Building Department (206-431-3670). 7: VALIDITY OF PERMIT: The issuance or granting of a permit shall not be construed to be a permit for, or an approval of, any violation of any of the provisions of the building code or of any other ordinances of the City of Tukwila. Permits presuming to give authority to violate or cancel the provisions of the code or other ordinances of the City of Tukwila shall not be valid. The issuance of a permit based on construction documents and other data shall not prevent the Building Official from requiring the correction of errors in the construction documents and other data. 8: ***FIRE DEPARTMENT CONDITIONS*** 9: The attached set of building plans have been reviewed by the Fire Prevention Bureau and are acceptable with the following concerns: 10: Mechanical refrigeration shall comply with International Fire Code Section 606. 11: Sprinlder coverage around unit heaters needs to comply with section 8.3.2.5 and figure 8.3.2.5 of NFPA 13 (2007 edition). 12: All new sprinkler systems and all modifications to existing sprinkler systems shall have fire department review and approval of drawings prior to installation or modification. New sprinkler systems and all modifications to sprinlder systems involving more than 50 heads shall have the written approval of Factory Mutual or any fire protection engineer licensed by the State of Washington and approved by the Fire Marshal prior to submittal to the Tukwila Fire Prevention Bureau. No sprinlder work shall commence without approved drawings. (City Ordinance No. 2327). 13: Contact The Tukwila Fire Prevention Bureau to witness all required inspections and tests. (City Ordinances #2327 and #2328) 14: Any overlooked hazardous condition and/or violation of the adopted Fire or Building Codes does not imply approval of such condition or violation. 15: These plans were reviewed by Inspector 511. If you have any questions, please call Tukwila Fire Prevention Bureau at (206)575-4407. doc: IMC -4/10 M13-054 Printed: 06-06-2013 —I CITY OF TUKWILA.-Eor"\ Development Department Permit Center 6300 Southcenter Blvd., Suite 100 Tukwila, WA 98188 http://www.TukwilaWA.gov MECHANICAL PERMIT APPLICATION Applications and plans must be complete in order to be accepted for plan review. Applications will not be accepted through the mail or by fax. **please print** �Ki g Co Assessor's Tax No.: 02)3140001r' Site Address:`-�^[n'�/Z-C 422.4 �,li4- ) Tenant Name: ct�7Y— t 0 Suite Number: 787 tO —06 Cit State Zipg212(t Name: 041 Attie_ rAtr'i Address: "tt,00 SJ ivlw. p� City: �{,�_ _ �.1.. State: Phone _ zo 4'g ,pFax: Email: CDAC14\ Othl Zipi:tcot Valuation of project (contractor's bid price): $_ Describe the scope of work in detail: /vltEC/WC' L ,/, t s T /7-0( -7 x;c/IV J7 e-ctA/Pre-..t" EC [-C -7 /20,t1 t A,141) (z 1 Eta -new C tii✓ i /-9e-,-47-6-72._s- Use: Residential: New ❑ Replacement ❑ Commercial: New Replacement ❑ fh Floor: New Tenant: ❑ Yes Company Name: IA Address: Par s city:&np_e11�� Phone: zav (s:ax: 2010 z'i- r 7d� Contr Reg No.: i•l0b13-xf a tfxp Date: airs Tukwila Business License No.: 4'60, Fuel Type: Electric Gas ❑ Other: H.\Applications\Forms-Applications On Line \2011 Applications\Mechanical Permit Application Revised 8-9-11.docx Revised August 2011 bh Page 1 of 2 Indicate type of mechanical work being installed and the quantity below: Furnace <100k btu Furnace >100k btu Floor furnace Suspended/wall/floor mounted heater Appliance vent Repair or addition to heat/refrig/cooling system Air handling unit <10,000 cfm Air handling unit >10,000 cfrn Evaporator cooler Ventilation fan connected to single duct Ventilation system Hood and duct Incinerator - domestic Incinerator - comm/industrial =Qty Fire damper Diffuser Thermostat Wood/gas stove Emergency generator Other mechanical equipment Boiler/Compressor 0-3 hp/100,000 btu 3-15 hp/500,000 btu 15-30 hp/1,000,000 btu 30-50 hp/1,750,000 btu 50+ hp/1,750,000 btu Value of construction - in all cases, a value of construction amount should be entered by the applicant. This figure will be reviewed and is subject to possible revision by the permit center to comply with current fee schedules. Expiration of plan review - applications for which no permit is issued within 180 days following the date of application shall expire by limitation. The building official may grant one extension of time for additional periods not to exceed 90 days each. The extension shall be requested in writing and justifiable cause demonstrated. Section 105.3.2 International Building Code (current edition). 1 HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE UNDER PENALTY OF PERJURY BY THE LAWS OF THE STATE OF WASHINGTON, AND I AM AUTHORIZED TO APPLY FOR THIS PERMIT. BUILDIN Signature: ' R U , HORI u ► AGENT: Print Name: 11 Mailing Address: q(40 MA Pi 11:\Applications\Forms-Applications On Line \2011 Applications\Mechanical Permit Application Revised 8-9-11 doc, Revised. August 2011 hh Date: Day Telephone: ?D& 2 S7) L ."- 0 45:04.0 City State Zip Page 2 of 2 City of Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Fax: 206-431-3665 Web site: http://www.TukwilaWA.gov RECEIPT Parcel No.: 0003400018 Permit Number: M13-054 Address: 9725 EAST MARGINAL WY S TURIN Status: APPROVED Suite No: Applied Date: 03/06/2013 Applicant: BOEING #9-101 - FREEZER ADDITION Issue Date: Receipt No.: R13-01833 Payment Amount: $719.65 Initials: WER Payment Date: 06/06/2013 03:00 PM User ID: 1655 Balance: $0.00 Payee: CONNIE HARDIN TRANSACTION LIST: Type Method Descriptio Amount Payment Credit Crd VISA Authorization No. 00015G ACCOUNT ITEM LIST: Description 719.65 Account Code Current Pmts MECHANICAL - NONRES 000.322.102.00.00 719.65 Total: $719.65 Printed• 06-06-2013 City of Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Fax: 206-431-3665 Web site: http://www.TukwilaWA.gov RECEIPT Parcel No.: 0003400018 Permit Number: M13-054 Address: 9725 EAST MARGINAL WY S TUKW Status: PENDING Suite No: Applied Date: 03/06/2013 Applicant: BOEING #9-101 - FREEZER Issue Date: Receipt No.: R13-00970 Payment Amount: $179.91 Initials: WER Payment Date: 03/06/2013 01:17 PM User ID: 1655 Balance: $719.65 Payee: CONNIE HARDIN TRANSACTION LIST: Type Method Descriptio Amount Payment Credit Crd VISA Authorization No. 01134G ACCOUNT ITEM LIST: Description 179.91 Account Code Current Pmts PLAN CHECK - NONRES 000.345.830 179.91 Total: $179.91 Drin+crl• A411R29M4 INSPECTION RECORD Retain a copy with permit INSPECTIO NO. PERMIT NO. CITY OF'TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-3670' Permit Inspection Request Line (206) 431-2451 Mia -©5.. Pr ect:Type nt:.;AG 9-1(91 of Inspection: F: i1 iv -j / eJn Address: 61181? -5 f, ill\AUp k Dat Called: Roo 6* Special Instructions: Date Wanted: - ...,a n2- ( o 3 • — /3 Pm. Requester: Pho a No' ,hep _7 5 ;2°Z_ Approved per applicable codes. QCorrections required prior to approval. COMMENTS: t.flnap( e)(7) Inspector: Date: 3 n REINSPECTION FEE REQUIRED Prior to next inspection. fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. INSPECTION RECORD Retain a copy with permit AA13 INSPECTION NO. =a PERMIT NO. ,a CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 913184 (206) 431-367 Permit Inspection Request Line (206) 431-249'1 'i. Proje N. 6042.../1 (1 -ILD ( Type_o_fdnspectibn: riki A -A KA eci, . Address: cl 9 '2,-S k. AA416:'AJA-L. Date Catled: Special Instructions: No 0 Date tii_anted: -----a.m Requetter: Phone No: _ 7 3 -3--3-s" -5Z-7 i El Approved per applicable codes. Corrections required prior to approval. '4,k4= COMMENTS: ,--r) r sc,kelute _‘ 0, -FiN ,,,j ,J:(1,1 pt ,\IC.1 ex c - - o L 16.-k_ A r ,"."7- Ane In ctor: /I REINSPECTION FEE REQUIRED.45rior to next inspection. fee must be paid at 6300 Southcenter Blvd:. Suite 100. Call to schedule reinspection. Date: •-13 1 INSPECTION NUMBER INSPECTION RECORD Retain a copy with permit 1111/3- (Ps -11 PERMIT NUMBERS CITY OF TUKWILA FIRE DEPARTMENT 444 Andover Park East, Tukwila, Wa. 98188 206-575-4407 Prosect: Oe- 1 ce7% /q 5,... I/ QE' ze/' ��� Type of Inspection: f`rL f'%'et I Address: Suite #: % 22S- • #10q01-00// tfir S Contact Person: Special Instructions: Occupancy Type: Phone No.: 171 Approved per applicable codes. Corrections required prior to approval. COMMENTS: /necI, perms, f1/3-Oc/ - LD/iv:7 4 Needs Shift Inspection: Sprinklers: Fire Alarm: Hood & Duct: Monitor: Pre -Fire: Permits: Occupancy Type: i Inspector: G (F O / Date: /p/v/ j 3 Hrs.: / $100.00 REINSPECTION FEE REQUIRED. You will receive an invoice from the City of Tukwila Finance Department. Call to schedule a reinspection. Billing Address Attn: Company -Name: Address: City: State: Zip: Word/Inspection Record Form.Doc 6/11/10 T.F.D. Form F.P. 113 DLR Group Architecture Engineering Planning Interiors REVIEWED FOR CODE COMPLIANCE APPROVED JUN 05 2013 City of Tukwila BUILDING DIVISION Boeing 9-101 DC Freezer Addition Mechanical Calculations Wood Harbinger Tukwila, Washington 100% Set Boeing Project No. 16262 DLR Group Project No. 73-12148-00 February 13, 2013 Wood Harbinger Miaasp RECEIVED CITY OF TUKWILA APR 0 8 2013 PERMIT CENTER NOTICE: These documents are instruments of professional service, and information contained therein is incomplete unless used in conjunction with DLR Group's interpretations, decisions, observations and administrations. Use or reproduction of these documents in whole or in part without DLR Group's consent is in violation of common law, copyrights, statutory and other reserved rights, which preempts state and local public records act. © 2013 DLR Group inc., a Washington corporation, ALL RIGHTS RESERVED. Woo(1 Harbinqer 3009 math Ave NE, Suite too Bellevue. WA 98on4 425.628.6o0o — woodharbinger.com L! ti Boeing #16262 Building 9-101 Tul(Iry i la, Witt Februal'y 13, 2012 SUBMITTED TO: The Boeing Company 9725 East Marginal Way South Tukwila, WA 98108 Wood Harbinger Calculation Index 3009 oath Ave NE, Suite too Bellevue, WA 98004 425.628.600o —• woodharbinger.com Project No: Boeing #16262/ WH #12076.00 Date: 02/13/2013 Project: Boeing Seattle 9-101 Freezer Addition Description Calc'd By Chk'd By # Pages Starting Ending Page # Page # Mechanical and Plumbing Calculations 1. Mechanical HVAC Calculation Index a. Calculation Index GV CEL 1 1 1 2. Heating and Cooling Load Calculations a. Design Inputs GV CEL 1 2 2 b. U -Value Calculations GV CEL 1 3 3 c. Mechanical and Electrical Room Loads GV CEL 1 4 4 d. Cooling Load Calculations GV CEL 1 5 5 e. Heating Load Calculations GV CEL 1 6 6 f. Trace Heat Load Calculations GV CEL 2 7 8 g. Refrigerant Exhaust Fan Calculation GV CEL 2 9 9 3. Exhaust Fans Sizing a. EF -6 Pressure Drop b. EF -7 Pressure Drop c. Louver Sizing 4. Plumbing a. Condensate Drain Sizing GV CEL 19 10 28 GV CEL 19 29 46 GV CEL 1 47 47 GV CEL 1 48 48 5. Fire Protection a. Fire Flow GV CEL 1 49 49 Wood Harbiner 1 tt1 4•: r PJC. suit", :.n, Bellevue, WA g8004 475.b28.6000 4vuodhof bi I I4er.t:am Project: 9-101 Freezer Addition Subject: Design Input Values System; HVAC Fig'd By: GV Date 2/13/2013 Ck'd By: CEL Job Number. 12076.00 Design Input Data: Summer Design Temperature Dry Bulb Summer Design Temperature Wet Bulb.. Winter Design Temperature .. 85°F 64°F 28°F Heating Room Temperature (Mech and Elec Rms).. 55 ° F Cooling Room Temperature (Meth and Elec Rms) ... 10 ° F above ambient temperature Building Wall U -Value (Meth and Elec Rms) 0.043 Btu/hr/sq-fUdeg F Partition Wall Assembly Between Meth and Elec Rooms and Freezer0.014 Btu/hr/sq-fUdeg F Building Roof U -Value (Mach and Elec Rms) 0 038 Btu/hr/sq-ft/deg F Door 0 351 Btu/hr/sq-ft/deg F ;. Wood i1111Hartinger 3.00 Atzth Avg IF. 3u41 Fx,",C L4 459 04004 Job Name: 9-101 Freezer Addition Engr: GV Date: 2/13/13 Subject: U -Value Calculations Check by: CEL Job No: 12076 Purpose: To calculate U -values for mechanical and electrical room walls, roof, doors. LOADmmg2111CC1111111111111""121114111121a1C 1111M0111=CCm1CC11C1C1 11B111CCC11C11C 13 1. Design Data Station: Seattle, WA a) Winter: b) Summer: Outdoor DB °F : 1 28 I Indoor DB °F: Freezer DB "F : -15 Outdoor DB °F : 1 85 1 Outdoor WB °F : Indoor DB °F : 1 95 1 % RH : 50 64 �. �.!?4:._M�:mm�._�.__3__�'14��333333333�33'�t3333333��333333333�33333��3�3��33 3�33333�33�3333333�3333�33333�3 DESCRIPTION: Metal Framing 8 studs 16" OC 0.11 0.89 1) Outside Air Film (15 mph wind)' 0.17 0.17 2) Insulated Metal Composie System 20 20 3) 3/4° Furing 72.00 0.7 0.7 4) Steel stud, nominal 2x6 16"OC 0.7 - 5) 5/8" GWB 0.85 0.85 6) Inside Air Film (still air) 0.68 0.68 Overall U -volae for this wall: R -Total 0.04301 23.21 23.29 BtWHr F Sq Ft Well Type -Partition Well Between MechenicaVElectricel Rooms and Freezer Specs DESCRIPTION: Metal Framing 8 studs 16. OC 0.11 0.89 1) Outside Air Film (15 mph wind) 0.17 0.17 2) Insulated Metal Composie System 20 20 3) 3/4° Furing 72°OC 0.7 0.7 4) Steel stud, nominal 2x6 16°OC 0.7 - 5) 5/8° GWB 0.85 0.85 6) Air 1 1 7) Freezer Metal Panel Walls 49 49 8) Inside Air Film (still air) 0.68 0.68 R -Total 73.21 73.29 Overall U -value for this wall: 1 0.01361 Btu/Hr F Sq Ft [Vy„V PIJA€GASST`IREFDORS6333333333133233333333i333333I3333i33333333333i3im3333333uum3tae3m33i3i3333333333M3333330 DESCRIPTION: Metal door with 811 1) Outside Air Film 2) Metal sheet 3) Urethane Insulation 4) Metal sheet 5) Inside Air Film 0.17 Neglect 2.00 Neglect 0.68 R -Total 2.85 Overall U for this door is: 8.3511 Mill Wlffrai CSf(FOORO'OF:ss STAE�meELEg agaff Roof Type - Mechanical/Electrical Room DESCRIPTION: Roof Btu/Hr F Sq Ft maazwaagaa�CCacaraeargasr ®Gram emSeSEBEBBEEGBsearsa@@oa��aa-LM 1) Outside Air Film (15 mph wind) 2) 1-1/4° Metal Siding 3) Rigid insulation 4) 1.1/2- Galvanized Metal Deck 5) Inside Air Film (still air) At Frame R -Value Btwn Frame 100% 0.17 0.04 25.00 0.05 0.90 R -Total 26.158 Overall U -value for this roof: 1 0.0381 Btu/Hr F Sq Ft Wood LL Harbinger 3009 nzth Ave NE. Suite too Bellevue. WA 98004 425.628.6000 woodharbinger.com Job Name: 9-101 Freezer Addition Engr: GV Date: 2/13/13 Subject: Electrical and Mech Room Equipment Cooling Loads Check by: CEL Job No: 12076 Purpose: To calculate cooling locad by equipment located in mechanical and electrical rooms. Electrical Room #009 Equipment Size Heat Rejected KVA W BTU/HR Transformer 45 3313 11310 Transformer 45 3313 11310 TOTAL: 22,620 BTU/HR Mechanical Room #303 Equipment Name Heat Rejected Equipment Plate Tag W BTU/HR Compressors 157500 16141 Total Of 7 Compressors Underfloor Heating Skid 15457 1584 TOTAL: 17,725 BTU/HR Assumption: Heat rejection by equipment is equal to 3% of the equipment size " uu000 Harbinger I 3000 uatL Av0 fit. Suite toa 6610..40, WA 48004 JII 4a5.628,6ouo aroadfmt batter coin Wood/Harbinger, Inc. Project: Subject: 9-101 Freezer Addition Fig'd By: Ck'd By: GV Date: 2/13/2013 Job Number. 12076.00 Cooling Load Calculation System: Cooling Equipments CEL Zone No. Room No. Room Name Room Dimensions Volume (cu -ft) Air Changes (AC/hr) Air Fbw (cfnnsf) Ht Gain From Trace 0 - Btu/hr Vent Ht Gain 0 - Btu/hr Total Ht Gain 0 - Btu/hr Cooling System Air Quantities Remarks L (It) W (ft) H (ft) Area (sq -ft) 6 of Windows 8 of People Min OSA Air (cfm) Supply Air (cfm) Return Air (cfm) Exh. Air (cfm) Press/Infil Air (cfm) Rate (cfm/ton) EF -1 14AA22 Mechanical Room 574 1 13 574 0 0 7,462 3.6 22,531 0 22,531 0 2,090 2,090 0 0 1.113 EF -2 13AA22 Electrical Room 460 1 13 460 0 0 5,980 24.2 5.2 16,487 0 26,008 0 2,410 2,410 0 0 1,112 WOW Harbinger 1 3ooq sorb Ave rfU. 5urte too Betif4Le, WA 96004 44.626.66,o* • r:oodharba:aer.tom Wood/Harbinger, Inc. Project: Subject: 9-101 Freezer Addition Fig'd By: Ck'd By: GV Date: 2/13/2013 Job Number: 12076.00 Cooling Load Calculation System: Cooling Equipments CEL Zone No. Room No. Room Name Room Dimensions Volume (cu -ft) Air Changes (AC/hr) Air Flow (dm/sf) Ht Gain From Trace 0 - Btu/hr Vent Ht Gain O - Btu/hr Total Ht Gain 0 - Btu/hr Cooling System Air OuaMities Remarks L (ft) W (ft) H (ft) Area (sq -ft) Sof Windows 6 of People Min OSA Air (cfm) Supply Air (cfm) Return Air (cfm) Exh. Air (cfm) Press/Infil Air (cfm) Rate (cfm/ton) EF -1 14AA22 Mechanical Room 574 1 13 574 0 0 7,462 2.7 16,487 0 16,487 0 1,530 1,530 0 0 1,114 EF -2 13AA22 Electrical Room 460 1 13 460 0 0 5,980 15.4 3.3 16,487 0 16,487 0 1,530 1,530 0 0 1,114 Room Checksums By Wood Harbinger, Inc. Electrical Room COOLING COIL PEAK Peaked at Time: Outside Air: Space Sens. + Lat. Btu/h Envelope Loads Skylite Solar Skylite Cond Roof Cond Glass Solar Glass/Door Cond Wall Cond Partition/Door Floor Adjacent Floor Infiltration Sub Total ==> Internal Loads Lights People Misc Sub Total ==> Ceiling Load Ventilation Load Adj Air Trans Heat Dehumid. Ov Sizing Ov/Undr Sizing Exhaust Heat Sup. Fan Heat Ret. Fan Heat Duct Heat Pkup Underflr Sup Ht Pkup Supply Air Leakage Grand Total =_> 0 0 32 0 -219 -59 0 0 0 2,064 1,818 1,256 0 22,620 23,876 0 0 0 0 25,694 Mo/Hr: 8 / 16 OADB/WB/HR: 84 / 65 / 61 Plenum Sens. + Lat Btu/h Net Percent Total Of Total Btu/h (%) 0 0 0 0 0 . 32 0 0 0 -219 0 -59 0 0 0 0 2,064 0 1,818 314 0 0 1,570 0 22,620 314 24,190 0 0 0 0 -38 0 0 0 0 0 0 -38 0 0 0 0 0 0 0 0 0 -1 0 0 0 0 8 7 6 0 87 93 0 0 0 0 0 0 0 0 0 0 0 276 25,970 100.00 CLG SPACE PEAK Mo/Hr: 7 / 16 OADB: 84 Space Sensible Btu/h 0 0 124 0 -204 -24 0 0 0 -822 -925 Percent Of Total (%) 0 0 1 0 -1 0 0 0 0 -4 -4 1,256 5 0 0 22,620 99 23,876 104 0 0 O 0 0 0 O 0 22,951 100.00 HEATING COIL PEAK Mo/Hr: Heating Design OADB: 28 Envelope Loads Skylite Solar Skylite Cond Roof Cond Glass Solar Glass/Door Cond Wall Cond Partition/Door Floor Adjacent Floor Infiltration Sub Total ==> Internal Loads Lights People Misc Sub Total ==> Ceiling Load Ventilation Load Adj Air Trans Heat OvlUndr Sizing Exhaust Heat OA Preheat Diff. RA Preheat Diff. Additional Reheat System Plenum Heat Underflr Sup Ht Pkup Supply Air Leakage Grand Total ==> Space Peak Space Sens Btu/h 0 0 -385 0 -436 -381 -278 0 0 -1,721 -3,201 0 0 0 0 0 0 0 0 -3,201 Coil Peak Percent Tot Sens Of Total Btu/h (%) 0 0.00 0 0.00 -385 1.47 0 0.00 -436 1.67 -381 1.46 -278 1.06 0 0.00 0 0.00 -1,721 6.58 -3,201 12.24 0 0.00 0 0.00 0 0.00 0 0.00 0 0.00 0 0.00 0 0 0 0.00 0 0.00 0 0.00 0 0.00 -22,951 87.76 0 0.00 0 0.00 0 0.00 -26,152 100.00 Total Capacity ton MBh Main Clg 2.2 26.0 Aux Clg 0.0 0.0 Opt Vent 0.0 0.0 Total 2.2 26.0 COOLING COIL SELECTION Sens Cap. Coil Airflow Enter DB/WB/HR MBh cfm °F °F gr/Ib 23.0 0.0 0.0 Leave DB/WB/HR °F °F gr/lb 506 95.5 55.3 0.8 55.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 Project Name: 9-101 Freezer Addittion Dataset Name: Freezer.trc AREAS Gross Total Glass Floor 460 Part 315 Int Door 0 ExFIr 0 Roof 460 Wall 403 ft2 (%) 0 0 0 0 Ext Door 56 0 0 TEMPERATURES Cooling SADB 55.0 Ra Plenum 95.0 Return 95.5 Ret!OA 95.5 Fn MtrTD 0.0 Fn BIdTD 0.0 Fn Frict 0.0 Heating 95.0 50.0 50.0 50.0 0.0 . 0.0 0.0 AIRFLOWS Cooling Heating 506 506 506 506 506 506 0 0 O 0 O 0 69 69 506 506 575 575 69 69 0 0 0 0 O 0 0 0 Diffuser Terminal Main Fan Sec Fan Nom Vent AHU Vent Infil MinStop/Rh Return Exhaust Rm Exh Auxiliary Leakage Dwn Leakage Ups ENGINEERING CKS % OA cfm/ft2 cfm/ton ft2/ton Btu/hrft2 No. People Cooling 0.0 1.10 233.86 212.55 56.46 0 Heating 0.0 1.10 -56.13 HEATING COIL SELECTION CapacityCoil Airflow Ent MBh cfm °F Main Htg Aux Htg Preheat Reheat Humidif Opt Vent Total -23.0 0.0 -2.9 -23.0 0.0 0.0 -25.8 Lvg °F 506 55.0 95.0 0 0.0 0.0 506 50.0 506 55.0 0 0.0 0 0.0 55.0 95.0 0.0 0.0 TRACE® 700 v6.2.8 calculated at 03:57 PM on 02/12/2013 Alternative - 1 System Checksums Report Page 1 of 2 Room Checksums By Wood Harbinger, Inc. Mechanical Room COOLING COIL PEAK CLG SPACE PEAK HEATING COIL PEAK TEMPERATURES Peaked at Time: Mo/Hr: 8 / 15 Mo/Hr: 7 / 15 Mo/Hr: Heating Design Cooling Heating Outside Air: OADB/WB/HR: 84 / 65 / 61 OADB: 85 OADB: 28 SADB 55.0 95.0 Ra Plenum 95.0 50.0 Space Plenum Net Percent Space Percent Space Peak Coil Peak Percent Return 95.7 50.0 Sens. + Lat. Sens. + Lat Total Of Total Sensible Of Total Space Sens Tot Sens Of Total Ret/OA 95.7 50.0 Btu/h Btu/h Btu/h (%) Btu/h (%) Btu/h Btu/h (%) Fn MtrTD 0.0 0.0 Envelope Loads Envelope Loads Fn BIdTD 0.0 0.0 Skylite Solar 0 0 0 0 0 0 Skylite Solar 0 0 0.00 Fn Frict 0.0 0.0 Skylite Cond 0 0 0 0 0 0 Skylite Cond 0 0 0.00 Roof Cond -45 0 -45 0 67 0 Roof Cond -480 -480 2.11 Glass Solar 0 0 0 0 0 0 Glass Solar 0 0 0.00 AIRFLOWS Glass/Door Cond -225 0 -225 -1 -210 -1 Glass/Door Cond -436 -436 1.92 Cooling Heating Wall Cond 413 Partition/Door 0 0 413 0 2 0 388 2 0 0 Wall Cond Partition/Door -665 -464 -665 -464 2.92 2.04 Diffuser 409 409 Floor 0 0 0 0 0 Floor 0 0 0.00 Terminal 409 409 Adjacent Floor 0 0 0 0 0 0 Adjacent Floor 0 0 0.00 Main Fan 409 409 Infiltration 2,703 2,703 12 -976 -5 Infiltration -2,147 -2,147 9.44 Sec Fan 0 0 Sub Total ==> 2,846 0 2,846 13 -732 -4 Sub Total =_> -4,193 -4,193 18.43 Nom Vent 0 0 0 0 Internal Loads Internal Loads nfiVent l 86 86 Lights 1,567 392 1,959 9 1,567 8 Lights 0 0 0.00 MinStop/Rh 409 409 People 0 0 0 0 0 0 People 0 0 0.00 Return 495 495 Misc 17,725 0 17,725 79 17,725 95 Misc 0 0 0.00 Exhaust 86 86 Sub Total =_> 19,292 392 19,684 88 19,292 104 Sub Total ==> 0 0 0.00 Rm Exh 0 0 Auxiliary 0 0 Ceiling Load 0 0 0 0 0 0 Ceiling Load 0 0 0.00 Leakage Dwn 0 0 Ventilation Load 0 0 0 0 0 0 Ventilation Load 0 0 0.00 Leakage Ups 0 0 Adj Air Trans Heat 0 0 0 0 0 Adj Air Trans Heat 0 0 0 Dehumid. Ov Sizing 0 0 OvlUndr Sizing 0 0 0.00 Ov/Undr Sizing 0 0 0 0 0 Exhaust Heat 0 0.00 ENGINEERING CKS Exhaust Heat -68 -68 0 OA Preheat Diff. 0 0.00 Sup. Fan Heat 0 0 RA Preheat Diff. 0 0.00Cooling Heating et. Fan Heat 0 0 0 Additional Reheat -18,561 81.57 07o OA 0.0O Duct Heat Pkup 0 0 0 System Plenum Heat 0 0.00 cfm/ft2 0.71 0.71 Underflr Sup Ht Pkup 0 0 Underflr Sup Ht Pkup 0 0.00 cfm/ton 218.66 Supply Air Leakage 0 0 0 Supply Air Leakage 0 0.00 ft2/ton 306.65 Btu/hrft2 39.13 -36.38 Grand Total ==> 22,139 324 22,462 100.00 18,561 100.00 Grand Total =_> -4,193 -22,753 100.00 No. People 0 COOLING COIL SELECTION AREAS HEATING COIL SELECTION Total Capacity Sens Cap. Coil Airflow Enter DB/WB/HR Leave DB/WB/HR Gross Total Glass CapacityCoil Airflow Ent Lvg ton MBh MBh cfm °F °F gr/lb °F °F gr/Ib ft2 (%) MBh cfm °F °F Main Clg 1.9 22.5 18.7 409 95.7 0.0 0.0 55.0 0.0 0.0 Floor 574 Main Htg -18.6 409 55.0 95.0 Aux Clg 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 Part 525 Aux Htg 0.0 0 0.0 0.0 Opt Vent 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 Int Door 0 Preheat -2.3 409 50.0 55.0 ExFIr 0 Reheat -18.6 409 55.0 95.0 Total 1.9 22.5 Roof 574 0 0 Humidif 0.0 0 0.0 0.0 Wall 703 0 0 Opt Vent 0.0 0 0.0 0.0 Ext Door 56 0 0 Total -20.9 Project Name: 9-101 Freezer Addittion Dataset Name: Freezer.trc TRACE® 700 v6.2.8 calculated at 03:57 PM on 02/12/2013 Alternative - 1 System Checksums Report Page 2 of 2 Wood Harbinger 3009 u2111 Ave NE, Suite 100 I Bellevue. WA 98004 425.628.6000 Lwoodharbinger.com Job Name: 9-101 Freezer Addition Engr: GV Date: 1/20/13 Subject: Refrigerant Purge Fan Sizing Check by: CEL Job No: 12076 Purpose : To calculate mechanical ventilation required to exhaust an accumulation of refrigerant due to leaks or rupture of the system Design Inputs: Mechanical Room Area: Mechanical Room Height:, Mechanica Room Volume: Total Mass of Refrigerant R404 in the System: 588 sf 15 ft 8820 cu ft 1800 lbs Per ASHRAE 15 safety Standard For Refrigeration Systems: Q = 100xV Q- The Airflow in cubic feet per minute (cfm) G- The mass of refrigerant in pounds in the largest system (lbs) Q= 4243 cfm Size Fan to Provide: 4300 cfm AWood Al Harbinger 3009 112th Ave NE 5uite too Bellevue. WA 98004 05.68.60150 woodharbinger.mm Project 9-101 Freezer Addition Subject EF -6 Pressure Drop Engr GV Ch'd By CEL Date Job No 2/13/2013 12076.00 Purpose: To calculate total fan external static pressure. EF -6 Total Static Pressure Item Description From Elite Software Additional 10% for Duct Routing Allowance External Static Pressure Pressure Drop in H2O 0.63 0.06 0.70 9-101 Freezer Addition HVAC Duct Sizing for Boeing DUCTSIZE HVAC DUCT SIZING Prepared By: Wood Harbinger, Inc. 3009 112th Ave NE Suite 100 Bellevue, WA 98004 425-629-6000 Saturday, December 15, 2012 Ductsize-HVAC Duct Sizing Wood. Harbinger Inc Bellevue; WA '.98004 Elite Software Development,Inc. .9-101 •FreezerAddition Page;2 General Project Data Input ':GeneralrProjectiriformation Project file name: Project title: Designed by: Project date: Client name: Company name: Company address: Company city: Company phone: P:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\Mech anical and Electrical Rooms.dsw 9-101 Freezer Addition Goran Versegi Saturday, December 15, 2012 Boeing Wood Harbinger, Inc. 3009 112th Ave NE Suite 100 Bellevue, WA 98004 425-629-6000 P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM Ductsize - HVAC. Duct Sizing Wood Harbinger Inc. Bellevue, WA 98004 ` Elite Software Development, Inc. 9-101 Freezer Addition Page 3 System 1 "EF -6" - Input Data - Supply :Project .&'Default.Data Trunks Runouts Maximum desired velocity (FPM): Material Reference: Height constraint (in): Width constraint (in): Diameter constraint (in): R -Value of insulation (Sq.ft.F/Btuh): Duct shape: Sizing method: NC criteria: 2,000 Galt' Rect 0 0 0 0.00 Rect. CV N/A 1,500 Galt' Rect 0 0 0 0.00 Rect. CV 50 :Duct.System1Data Maximum system velocity (FPM): Minimum system velocity (FPM): Minimum trunk diameter (in): Orifice opening interval (in): Temperature of air leaving coil (°F): Design room temperature (°F): Temperature of duct installation space (°F): Altitude (ft): Density (Ib/cu.ft): Friction Toss per 100 ft. (in.wg): Est. st. press. Toss of central equip. (in.wg): Maximum °A° supply air increase: Allow increasing downstream diameters: Show diversified trunk flows: Duct diameter interval (in): Whole number dimensions: 0.0 0.0 0.0 0.000 0 0 0 0 0.000 0.000 0.000 0 No No 0.0 No Fan Data Fan description: Fan static pressure (in.wg): Fan CFM: Fan efficiency: Fan RPM: Number of blades: Fan blast width (in): Fan blast height (in): Length to first fitting (ft): 0.000 0 0 0 0 14 14 0.0 P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM Ductsize - HVAC Duct Sizing Wood Harbinger Bellevue, WA 98004 `'":. Elite Software Development, Inc.° '9-101' Freezer Addition Page 4 System 1 "EF-6" - Input Data - Return Project '& Default Data Trunks Runouts Maximum desired velocity (FPM): 2,000 1,500 Material Reference: Galt' Rect Galt' Rect Height constraint (in): 0 0 Width constraint (in): 0 0 Diameter constraint (in): 0 0 R-Value of insulation (Sq.ft.F/Btuh): 0.00 0.00 Duct shape: Rect. Rect. Sizing method: CV CV NC criteria: N/A 50 ,Duct System Data Maximum system velocity (FPM): 2,000.0 Minimum system velocity (FPM): 500.0 Minimum trunk diameter (in): 0.0 Orifice opening interval (in): 0.000 Temperature of air leaving coil (°F): 85 Design room temperature (°F): 95 Temperature of duct installation space (°F): 95 Altitude (ft): 0 Density (Ib/cu.ft): 0.073 Friction loss per 100 ft. (in.wg): 0.100 Est. st. press. loss of central equip. (in.wg): 0.000 Maximum % supply air increase: 0 Allow increasing downstream diameters: No Show diversified trunk flows: No Duct diameter interval (in): 0.0 Whole number dimensions: No Fan.Data Fan description: EF-1 Fan static pressure (in.wg): 0.000 Fan CFM: 1,900 Fan efficiency: 0 Fan RPM: 0 Number of blades: 0 Fan blast width (in): 14 Fan blast height (in): 14 Length to first fitting (ft): 0.0 P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM Ductsize - HVAC Duct Sizing Wood Harbinger Inc. Bellevue, WA 98004 Elite Software Development, Inc. 9-101 Freezer Addition Page 5 System 1 "EF -6" - Trunk Input Data - Supply Trunk Ups. SM Dia LL Length 'Fit 1' Hei . 'Max:Vel ,Fit.2 'Wid :June fit #Fit ° Shape Active #Fit Add:Loss Take Off #Fit -R-Value Per.Div 'Material -Ref. Roughness To Louver FAN CV 0.0 5.00 ---- 0.0 2,000.0 --- 0.0 PLENUM 1 Rect. 0.00 0.00 Yes 0 0 Galt' Rect 0.00050 P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM Ductsize HVAC Duct Sizing Wood Harbinger Inc. Bellevue, WA 98004 Elite Software Development, Inc. 9-101 Freezer Addition Page 6 System 1 "EF -6" - Trunk Input Data - Return Trunk Ups. SM Dia Length, Hei 'Max.Vel Vid Fit 1 Fit 2 Juncafit #Fit 'Shape Active •.#Fit Add.Loss Take -Off #Fit R -Value Per.Div ;Material Ref. Roughness' EF -1.1 FAN CV 0.0 0.0 0.0 6.00 2,000.0 SR4-2 PLENUM 1 1 Rect. 0.00 0.00 Yes 0 0 Galt' Rect 0.00050 P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM Ductsize - HVAC Duct Sizing Wood Harbinger Inc. Bellevue, WA 98004 Elite Software Development, Inc. 9-101 Freezer Addition Page 7 System 1 "EF -6" - Runout Input Data - Supply Runout ,Ups SM .Dia, Hei Wid ,Length 'Fit 1 Max.Vel .fit 2 .Fit 3 #Fit Shape Active #F.it Addloss Take%Off •#Fit "R -Value NC Level 'Material Ref. 'Roughness" .Dif:Loss Louver To Louver CV 0.0 0.0 0.0 1.00 ---- 1,500.0 --- Rect. 0.00 0.00 Yes 0 50 Galt' Rect 0.00050 0.050 P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM Ductsize - HVAC Duct Sizing Wood Harbinger Inc. Bellevue, WA 98004 Elite Software Development, Inc. 9-101 Freezer Addition Page 8 System 1 "EF -6" - Runout Input Data - Return Runout .Ups:. SM •Dia Hei • Wid }Length -Fit �1 MaxVel Fit'2 Fit 3 -#Fit Shape Active #Fit Add°L'oss Take:Off #Fit R=Value NC Level :Material Ref. :Roughness Grille.Loss Exhaust EF -1.1 CV Refrigerant Exhaust EF -1.1 CV 0.0 0.0 0.0 0.0 0.0 0.0 3.00 ---- 1,500.0 ---- 24.00 ---- 1,500.0 ---- Rect. 0.00 0.00 Rect. 0.00 0.00 Yes 0 50 Yes 90 50 Galt' Rect 0.00050 0.050 Galt' Rect 0.00050 0.030 P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM Ductsize- HVAC Duct Sizing Elite Software Development, Inc. Wood Harbinger Inc. 9-101 Freezer Addition Bellevue, WA 98004 A"� Page 9 System 1 "EF -6" - Trunk Output Data - Supply Trunk Upstr Vel . CFM Dia Hei Wid Len Fit °Sect1 Sect2 Cumul Press SM L/100 Shape Ups.Sh Equip Dynam VeI.P Veloc TOA Reg Fit.1 Qty 'Coef Loss ,Add.L Fric Stat Stat Gau Fit.2 Qty Coef Loss F.Tot Total Total Total Ref Mat ' Ups.Junc Coef Loss Dynam To Louver 14.2 CV 0.325 Rect N/A 0.000 0.455 0.000 0.214 FAN 12.0 0 0.000 ---- 0.000 0.016 0.471 0.053 1,728 14.0 24 ---- 0.455 0.471 0.471 0.267 1,900 5.0 GaIv Rect 0.455 Explanation of Values in Rightmost Five Columns Above Column ' Description "Fit": "Loss" = Static pressure loss through the indicated fitting. "Sect1": "Equip" = User -entered loss through central equipment (supply main trunk only). "Add.L" = User entered additional static pressure Toss. "F.Tot" = Total of all the fitting static pressure losses. For supply main trunk, also includes loss through central equipment and any loss carried from return system. "Dynam" = Total of all the dynamic losses, which includes everything but the frictional loss. "Sect2": "Dynam" = Total of the dynamic losses, carried from bottom of previous column. "Fric" = Static pressure loss due to the inside surface roughness (friction). "Total" = Total of the dynamic and friction losses. "Cumul": "Vel.P" = Cumulative loss in velocity pressure. For return, velocity pressure of downstream runout with highest static pressure minus that of this trunk. For supply, main trunk velocity pressure minus that of this trunk. "Stat" = Cumulative loss of static pressure. For return, sum of the loss of all ducts in route starting with downstream runout with highest static pressure through this trunk. For supply, sum of all upstream trunk losses plus this trunk's loss. "Total" = Cumulative velocity pressure loss plus cumulative static pressure loss. "Press": "Veloc" = Velocity pressure. "Stat" = Static pressure available. For return, at entrance of duct. For supply, at exit. "Total" = Velocity pressure plus static pressure available. P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM Ductsize - HVAC Duct Sizing Elite Software Development, Inc. Wood Harbinger Inc. 9-101 Freezer Addition Bellevue, WA 98004 Page 10 System 1 "EF -6" - Trunk Output Data - Return Fit Sect1 Sect2 Cumul Press Trunk Dia SM L/100 Shape Ups.Sh Equip Dynam VeLP Veloc Upstr Hei TOA Reg Fit.1 Qty Coef Loss Add:L Fric Stat Stat Vel Wid Gau Fit.2 Qty Coef Loss F.Tot Total Total Total CFM Len Ref Mat Ups.Junc Coef Loss Dynam EF -1.1 19.7 CV 0.205 Rect N/A 0.000 0.109 -0.061 0.196 FAN 18.0 0 0.000 SR4-2 1 0.631 0.109 0.000 0.012 0.286 -0.334 1,795 18.0 24 ---- 0.109 0.121 0.224 -0.138 3,800 6.0 GaIv Rect 0.109 Explanation of Values inRightmostFive Columns Above Column Description "Fit": "Loss" = Static pressure loss through the indicated fitting. "Sect1 ": "Equip" = User -entered loss through central equipment (supply main trunk only). "Add.L" = User entered additional static pressure loss. "F.Tot" = Total of all the fitting static pressure losses. For supply main trunk, also includes loss through central equipment and any loss carried from return system. "Dynam" = Total of all the dynamic losses, which includes everything but the frictional loss. "Sect2": "Dynam" = Total of the dynamic losses, carried from bottom of previous column. "Fric" = Static pressure loss due to the inside surface roughness (friction). "Total" = Total of the dynamic and friction losses. "Cumul": "Vel.P" = Cumulative loss in velocity pressure. For return, velocity pressure of downstream runout with highest static pressure minus that of this trunk. For supply, main trunk velocity pressure minus that of this trunk. "Stat" = Cumulative loss of static pressure. For return, sum of the Toss of all ducts in route starting with downstream runout with highest static pressure through this trunk. For supply, sum of all upstream trunk losses plus this trunk's loss. "Total" = Cumulative velocity pressure loss plus cumulative static pressure loss. "Press": "Veloc" = Velocity pressure. "Stat" = Static pressure available. For return, at entrance of duct. For supply, at exit. "Total" = Velocity pressure plus static pressure available. P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM Ductsize - HVAC Duct Sizing Wood Harbinger Inc. Sit ito liePage Elite Software Development, Inc. 9-101 Freezer Addition 11 Bellevue, WA 98004 System 1 "EF-6" - Runout Output Data - Supply Fit Sect1 Sect2 Cumul Press Runout Dia SM L/100 Shape Ups.Sh ---- ___M ___— Conn Hei TOA Reg Fitt Qty Coef Loss Diff. Dynam VeLP Veloc Vel Wid Gau Fit2 Qty Coef Loss Add.L Fric Stat Stat CFM Len Ref Mat Fit3 Qty Coef Loss F.Tot Total Total Total Orif R.NC Act.NC Ups.Junc Qty Coef Loss Dynam Louver 14.2 CV 0.325 Rect Rect 0.050 0.050 0.000 0.214 To Louver 12.0 0 -0.050 ---- 0.000 0.003 0.525 0.000 1,728 14.0 24 ---- 0.000 0.053 0.525 0.214 1,900 1.0 GaIv Rect ---- 0.050 14.20 50 30 *PLENUM- 1 MN * Loss coefficient for indicated fitting was extrapolated due to table extents being exceeded. Explanation of Values in Rightmost Five Columns Above Column Description "Fit": "Loss" = Static pressure loss through the indicated "Sect1 ": "Dif' = User-entered static pressure loss due to "Add.L" = User entered additional static pressure "F.Tot" = Total of all the fitting static pressure losses. "Dynam" = Total of all the dynamic losses, which fitting. the diffuser. loss. includes everything but the frictional loss. from bottom of previous column. roughness (friction). For return, zero for each runout. For supply, velocity return, this runout's loss. For supply, sum of all cumulative static pressure loss. entrance of duct. For supply, at exit. available. "Sect2": "Dynam" = Total of the dynamic losses, carried "Fric" = Static pressure loss due to the inside surface "Total" = Total of the dynamic and friction losses. "Cumul": "VeI.P" = Cumulative loss in velocity pressure. pressure of main trunk minus that of this duct. "Stat" = Cumulative loss of static pressure. For upstream trunk losses plus this runout's loss. "Total" = Cumulative velocity pressure Toss plus "Press": "Veloc" = Velocity pressure. "Stat" = Static pressure available. For return, at "Total" = Velocity pressure plus static pressure P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM Ductsize - HVAC Duct Sizing Wood Harbinger Inc. Bellevue, WA 98004 Elite Software Development, Inc. 9-101 Freezer Addition Page 12 System 1 "EF -6" - Runout Output Data - Return Fit Sect1 Sect2 Cumul Press Runout Dia SM L/100 Shape . Ups.Sh ------_- Conn "Hei TOA Reg Fit1 Qty Coef Loss Diff. Dynam VeLP Veloc Vel _ Wid Gau Fit2 Qty Coef Loss Add.L Fric Stat Stat CFM Len Ref 'Mat Fit3 Qty Coef Loss F.Tot Total Total Total Orif ° R.NC Act NC Ups.Junc Qty Coef Loss Dynam Exhaust 15.3 CV 0.195 Rect Rect 0.050 0.097 0.000 0.134 EF -1.1 14.0 0 -0.036 ---- 0.000 0.006 0.103 -0.169 1,488 14.0 24 ---- 0.047 0.103 0.103 -0.035 1,900 3.0 Galv Rect ---- 0.097 15.30 50 30 PLENUM -MN 1 0.400 0.047 Refrigerant 15.3 CV 0.195 Rect Rect 0.030 0.226 0.000 0.134 Exhaust EF -1.1 14.0 90 -0.165 ---- 0.000 0.046 0.272 0.000 1,488 14.0 24 ---- 0.196 0.272 0.272 0.134 1,900 24.0 Galv Rect ---- 0.226 15.30 50 30 PLENUM -BR 1 1.658 0.196 Explanation of Values in Rightmost Five Columns Above Column Description "Fit": "Loss" = Static pressure loss through the indicated fitting. "Sect1 ": "Dif' = User -entered static pressure loss due to the diffuser. "Add.L" = User entered additional static pressure loss. "F.Tot" = Total of all the fitting static pressure losses. "Dynam" = Total of all the dynamic losses, which includes everything but the frictional loss. "Sect2": "Dynam" = Total of the dynamic losses, carried from bottom of previous column. "Fric" = Static pressure loss due to the inside surface roughness (friction). "Total" = Total of the dynamic and friction losses. "Cumul": "VeI.P" = Cumulative loss in velocity pressure. For return, zero for each runout. For supply, velocity pressure of main trunk minus that of this duct. "Stat" = Cumulative loss of static pressure. For return, this runout's loss. For supply, sum of all upstream trunk losses plus this runout's loss. "Total" = Cumulative velocity pressure loss plus cumulative static pressure loss. "Press": "Veloc" = Velocity pressure. "Stat" = Static pressure available. For return, at entrance of duct. For supply, at exit. "Total" = Velocity pressure plus static pressure available. P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM °Ductsize -'.HVAC^Duct'Sizing' =WoodiHarbingerlinc .Bellevue, IA 98004 •Elite Software Development, Inc. 9-101 ,Freezer Addition Pagel 3 System 1 "EF -6" - Output Summary - Supply Number of active trunks: Number of active runouts: Total system weight (Ib.) minus fittings: Total outlet flow Total outlet flow after heat gain Size of largest trunk: Size of smallest trunk: Size of largest runout: Size of smallest runout: 1 1 31.20 1,900 1,900 14.2 14.2 14.2 14.2 Maximum static pressure loss occurs in route to runout: Louver Cumulative static pressure loss at above runout: 0.525 Isolate Return From Supply Option: No Return SP Loss Added to 1st Trunk of Supply: 0.455 Available static pressure at above runout: 0.000 Fan static pressure: 0.525 Fan velocity pressure: 0.214 Fan total pressure: 0.739 P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM 1Ductsize;-1H VACiDuct'Sizing; WWood•Ha'rbingerInc.... ' Bellevue:•WA ':98004 'Elite'Software:Development,Inc. 9-101 'Freezer'Addition 'Page 14 System 1 "EF -6" - Output Summary - Return Number of active trunks: Number of active runouts: Total system weight (Ib.) minus fittings: Total outlet flow Total outlet flow after heat gain Size of largest trunk: Size of smallest trunk: Size of largest runout: Size of smallest runout: 1 2 194.40 3,800 3,800 19.7 19.7 15.3 15.3 Maximum SP Toss occurs in route from runout: Refrigeran t Exhaust Total SP loss of route starting from above runout: 0.455 Isolate Return From Supply Option: No Return SP Loss Added to 1st Trunk of Supply: 0.455 Available static pressure at above runout: 0.000 Fan static pressure: -0.455 Fan velocity pressure: 0.196 Fan total pressure: -0.259 P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM -Ductsize-+HVAC'Duct Sizing Elite SoftwareDevelopment,: Inc. Wood'Harbingerllnc.;'_ 9-101 ,Freezer Addition Bellevue, WA '98004 alp Page 15 System 1 "EF-6" - Pressure Changes Graph 0.3 0.2 0.1 0.0M 3 C >v -0.1 co N a. -0.2 -0.3 -0.4 -0.5 Pressure Changes Through Route with Highest Static Pressure Loss • El CI `-. El Static Pressure Available Total Pressure Available side point values are at entrance of duct, while supply side points are at exit. When a return system is return side point named [Fan Entrance] is drawn in the graph to show the static pressure entrance of the fan. When a supply system is present, and an additional supply side point named to show the static pressure available at the exit of the fan. —•— Note: Return present, an additional available at the [Fan Exit] is drawn -Point Name Static PressureAvailable` -' Total # Pressure_ Available Refrigerant 0.000 0.134 A Exhaust B EF-1.1 -0.334 -0.138 C [Fan Entrance] -0.455 -0.259 D [Fan Exit] 0.070 0.284 E To Louver 0.053 0.267 F Louver 0.000 0.214 P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM Ductsize- HVAC Duct Sizing Wood Harbinger Inc. Bellevue, WA 98004 Elite'' Software Development, Inc. 9-101 Freezer Addition Page 16 System 1 "EF -6" - Runout Sound Data - Supply Runout :Name 125 250 500 1000 ,2000 4000 :8000 Vc Louver Required Attenuation Actual Attenuation Additional Attenuation -29 24 0 -22 21 0 -17 19 0 -12 20 0 -9 26 0 -7 41 0 -6 26 0 -5 27 30 0 50 P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM Ductsize - HVAC Duct Sizing Wood Harbinger Inc. Bellevue, WA 98004 Elite Software Development, Inc. 9-101 Freezer Addition Page 17 System 1 "EF -6" - Runout Sound Data - Return 'Runout 'Name 63 125 250 500 1000 2000 4000 8000 :NC' Exhaust Refrigerant Exhaust Required Attenuation Actual Attenuation Additional Attenuation -30 22 0 -23 20 0 -18 18 0 -13 22 0 -10 31 0 -8 27 0 -7 23 0 -6 24 0 50 30 Required Attenuation -30 -23 -18 -13 -10 -8 -7 -6 50 Actual Attenuation 25 22 20 24 31 40 39 40 30 Additional Attenuation 0 0 0 0 0 0 0 0 P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM Ductsize - HVAC Duct Sizing °Wood"Harbingerlinc. Bellevue, WA 98004 Elite °Software<Development, .Inc. '9 -101 -Freezer Addition Page 18 Duct Connection Tree Diagram - System 1 - EF -6 ff System 1 - EF -6 rSupply L% To Louver LI!, Louver r x Return EF -1.1 Z.Exhaust .Refrigerant Exhaust P:\ ...\Mechanical and Electrical Rooms.dsw Saturday, December 15, 2012, 8:53 PM Wood Harbinger 3009 u2th Ave NE, Suite no Bellevue, WA 98°04 425.628,6000 woodharbinger.com Project 9-101 Freezer Addition Engr GV Subject EF -7 Pressure Drop Ch'd By CEL Date Job No 2/13/2013 12076.00 Purpose: To calculate total fan external static pressure. EF -7 Total Static Pressure Item Description From Elite Software Additional 10% for Duct Routing Modification External Static Pressure Pressure Drop in H2O 0.52 0.05 0.58 9-101 Freezer Addition HVAC Duct Sizing for Boeing Prepared By: Wood Harbinger, Inc. 3009 112th Ave NE Suite 100 Bellevue, WA 98004 425-629-6000 Saturday, February 09, 2013 G:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM Ductsize - HVAC Duct Sizing Wood Harbinger Inc.0 Bellevue, WA 98004 too► Elite :Software .Development, .'Inc. 9-101 Freezer. Addition' �' Page 2 System 1 "EF -7" - Input Data - Supply Project & Default Data Trunks Runouts Maximum desired velocity (FPM): 2,000 1,500 Material Reference: Galt' Rect English Galt' Rect English Height constraint (in): 0 0 Width constraint (in): 0 0 Diameter constraint (in): 0 0 R -Value of insulation (Sq.ft.F/Btuh): 0.00 0.00 Duct shape: Rect. Rect. Sizing method: CV CV NC criteria: N/A 50 Duct.System Data Maximum system velocity (FPM): Minimum system velocity (FPM): Minimum trunk diameter (in): Orifice opening interval (in): Temperature of air leaving coil (°F): Design room temperature (°F): Temperature of duct installation space (°F): Altitude (ft): Density (lb/cut): Friction loss per 100 ft. (in.wg): Est. st. press. loss of central equip. (in.wg): Maximum % supply air increase: Allow increasing downstream diameters: Show diversified trunk flows: Duct diameter interval (in): Whole number dimensions: 0 0 0.0 0.000 0 0 0 0 0.000 0.000 0.000 0 No No 0.0 No FanData Fan description: Fan static pressure (in.wg): Fan CFM: Fan efficiency: Fan RPM: Number of blades: Fan blast width (in): Fan blast height (in): Length to first fitting (ft): 0.000 0 0 0 0 14 14 0.0 G:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM G:\2012\12076\00\I N DUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM Ductsize -' HVAC "Duct Sizing Wood Harbinger Inc: Bellevue, WA 98004 laii Elite SoftwareDevelopment, Inc. 9-101 Freezer Addition Page 3 System 1 "EF -7" - Input Data - Return Project & Default Data Trunks Runouts Maximum desired velocity (FPM): 2,000 Material Reference: Galt' Rect English Height constraint (in): 0 Width constraint (in): 0 Diameter constraint (in): 0 R -Value of insulation (Sq.ft.F/Btuh): 0.00 Duct shape: Rect. Sizing method: CV NC criteria: N/A 1,500 Galt' Rect English 0 0 0 0.00 Rect. CV 50 Duct System Data Maximum system velocity (FPM): Minimum system velocity (FPM): Minimum trunk diameter (in): Orifice opening interval (in): Temperature of air leaving coil (°F): Design room temperature (°F): Temperature of duct installation space (°F): Altitude (ft): Density (Ib/cu.ft): Friction loss per 100 ft. (in.wg): Est. st. press. loss of central equip. (in.wg): • Maximum % supply air increase: Allow increasing downstream diameters: Show diversified trunk flows: Duct diameter interval (in): Whole number dimensions: 2,000 500 0.0 0.000 85 95 95 0 0.073 0.100 0.000 0 No No 0.0 No Fan Data Fan description: Fan static pressure (in.wg): Fan CFM: Fan efficiency: Fan RPM: Number of blades: Fan blast width (in): Fan blast height (in): Length to first fitting (ft): EF -7 0.000 1,600 0 0 0 14 14 0.0 G:\2012\12076\00\I N DUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM Ductsize HVAC Duct Sizing Wood Harbinger Inc. Bellevue, WA 98004 taro Elite Software Development, .Inc. 9-101 Freezer Addition Page 4 System 1 "EF -7" - Trunk Input Data Supply Trunk Ups. SM Dia , Length Fit 1 Hei :Max.Vel "Fit,2 Wid June "fit #Fit #Fit #Fit Add Lo .Shapess Ta'ketfOActiveff ,R'Value=Per.Div 1Material .Ref.`- -Roughness To Louver FAN CV 0.0 12.0 36.0 5.00 SR4-1 2,000 ---- PLENUM 1 1 Rect. 0.00 0.00 Yes 0 0 Galt' Rect English 0.00050 G:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM Ductsize - HVAC Duct Sizing Wood Harbinger Inc. Bellevue, WA 98004 ituP Elite Software Development, Inc. 9-101 Freezer Addition Page 5 System 1 "EF -7" - Trunk Input Data - Return Trunk Ups. SM Dia Length Fit 1 Hei Max.Vel Fit 2 Wid .Junc fit #Fit :Shape '.Active'Material'Ref. #Fit Add.'Loss ; TakeDOff' Roughness #Fit 'R -Value 'Per.Div EF -1.1 FAN CV 0.0 12.0 24.0 5.00 SR4-2 2,000 ---- PLENUM 1 1 Rect. 0.00 0.00 Yes 0 0 Galt' Rect English 0.00050 G:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM Ductsize - HVAC Duct Sizing Wood Harbinger Inc. Bellevue, WA 98004 tt r EliteSoftware Development, Inc. 9-101 Freezer Addition Page 6 System 1 "EF -7" - Runout Input Data - Supply Runout Ups. SM Dia 'Length Fit 1 Hei Max.Vel :Fit 2 Wid Fit 3 #Fit #Fit .Add:Loss Take Off Roughness #Fit R -Value 'NC Level Dif.Loss'_ :Shape' Active Material Ref. Louver To Louver CV 0.0 0.0 0.0 1.00 ---- 1,500 ---- Rect. 0.00 0.00 Yes 0 50 Galt' Rect English 0.00050 0.050 G:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM Ductsize - HVAC Duct Sizing Wood Harbinger Inc. Bellevue, WA 98004 OAP- -914 Elite Software Development, Inc. 9-101 'Freezer Addition Page 7 System 1 "EF -7" - Runout Input Data - Return Runout Ups. SM Dia Length Fit 1 Hei ,Max.Vel .Fitt Wid Fit 3 #FitShape Active #Fit -Add.Loss TakeaOff #Fit R -Value NC -Level 'Material Ref. :Roughness; 'Grille.Loss Exhaust EF -1.1 CV 0.0 12.0 24.0 3.00 ---- 1,500 ---- Rect. Yes GaIv Rect English 0.00 0 0.00050 0.00 50 0.050 G:\2012\12076\00\INDUST\J N&C\Calculations\Ductsize\E F-7. dsw Saturday, February 09, 2013, 10:21 AM G:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM Ductsize-=HVAC" Duct Sizing-t , Elite- Software. Development, Wood Harbinger Inc. 9-101 Freezer Addition Bellevue, WA 98004' Page 8 System 1 "EF 7" - Trunk Output Data - Supply Fit Sect1 Sect2 Cumul Press Trunk - Dia SM .L/100 Shape Ups.Sh Equip . Dynam VeLP Veloc Upstr Hei TOA Reg Fit.1 Qty Coef Loss Add.L Fric Stat Stat Vel Wid Gau Fit.2 Qty Coef Loss F.Tot Total Total Total CFM Len Ref Mat Ups.Junc Coef Loss ""Dynam To Louver 13.1 CV 0.355 Rect N/A 0.000 0.103 0.000 0.210 FAN 12.0 0 0.000 *5R4-1 1 0.032 0.006 0.000 0.018 0.121 0.054 1,709 12.0 24 ---- 0.103 0.121 0.121 0.263 1,600 5.0 GaIv Rect 0.103 English * Loss coefficient for indicated fitting is from the boundary of the table since one or more of the parameters used to look up the coefficient was outside the range of the table. Explanation of Values in Rightmost Five Columns Above Column Description.., "Fit": "Loss" = Static pressure loss through the indicated fitting. "Sect1 ": "Equip" = User-entered loss through central equipment (supply main trunk only). "Add.L" = User entered additional static pressure loss. "F.Tot" = Total of all the fitting static pressure losses. For supply main trunk, also includes Toss through central equipment and any loss carried from return system. "Dynam" = Total of all the dynamic losses, which includes everything but the frictional loss. "Sect2": "Dynam" = Total of the dynamic losses, carried from bottom of previous column. "Fric" = Static pressure loss due to the inside surface roughness (friction). "Total" = Total of the dynamic and friction losses. "Cumul": "Vel.P" = Cumulative loss in velocity pressure. For return, velocity pressure of downstream runout with highest static pressure minus that of this trunk. For supply, main trunk velocity pressure minus that of this trunk. "Stat" = Cumulative loss of static pressure. For return, sum of the loss of all ducts in route starting with downstream runout with highest static pressure through this trunk. For supply, sum of all upstream trunk losses plus this trunk's loss. "Total" = Cumulative velocity pressure loss plus cumulative static pressure loss. "Press": "Veloc" = Velocity pressure. "Stat" = Static pressure available. For return, at entrance of duct. For supply, at exit. "Total" = Velocity pressure plus static pressure available. G:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM G:\2012\12076\00\IN DUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM Ductsize - HVAC Duct Sizing Elite -Software Development,. Inc. Wood Harbinger Inc. 1. l� 9-101 freezer Addition Bellevue, WA 98004 4144.• Page 9 System 1 "EF -7" - Trunk Output Data - Return Fit Sect1 Sect2 Cumul Press Trunk Dia SM L/100 Shape Ups.Sh Equip Dynam VeLP = Veloc Dnstr Hei TOA Reg Fit.1 Qty ' Coef `Loss Add.L Fric Stat Stat Vel Wid Gau Fit.2 Qty Coef Loss F.Tot Total Total Total CFM Len Ref Mat Ups.Junc Coef Loss Dynam EF -1.1 12.0 CV 0.445 Rect N/A 0.000 0.011 0.000 0.236 FAN 10.0 0 0.000 SR4-2 1 0.054 0.011 0.000 0.022 0.097 -0.063 1,974 12.0 24 ---- 0.011 0.034 0.097 0.173 1,550 5.0 GaIv Rect 0.011 English Explanation of Values in,Rightmost Five Columns Above Column Description "Fit": "Loss" = Static pressure loss through the indicated fitting. "Sect1": "Equip" = User -entered loss through central equipment (supply main trunk only). "Add.L" = User entered additional static pressure loss. "F.Tot" = Total of all the fitting static pressure losses. For supply main trunk, also includes loss through central equipment and any loss carried from return system. "Dynam" = Total of all the dynamic losses, which includes everything but the frictional loss. "Sect2": "Dynam" = Total of the dynamic losses, carried from bottom of previous column. "Fric" = Static pressure loss due to the inside surface roughness (friction). "Total" = Total of the dynamic and friction losses. "Cumul": "VeI.P" = Cumulative loss in velocity pressure. For return, velocity pressure of downstream runout with highest static pressure minus that of this trunk. For supply, main trunk velocity pressure minus that of this trunk. "Stat" = Cumulative Toss of static pressure. For return, sum of the loss of all ducts in route starting with downstream runout with highest static pressure through this trunk. For supply, sum of all upstream trunk losses plus this trunk's Toss. "Total" = Cumulative velocity pressure loss plus cumulative static pressure loss. "Press": "Veloc" = Velocity pressure. "Stat" = Static pressure available. For return, at entrance of duct. For supply, at exit. "Total" = Velocity pressure plus static pressure available. G:\2012\12076\00\IN DUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM G:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM Ductsize - HVAC Duct Sizing Elite -Software Development, Inc.' Wood Harbinger Inc. ,,; - .- -� 9-101 Freezer Addition Bellevue, WA 98004 �. gra �:. .u.. Page 10 System 1 "EF -7" - Runout Output Data - Supply Fit Sect1 Sect2 Cumul Press Runout Dia SM L/100. Shape Ups.Sh -- - ----- - ---- Conn Hei TOA Reg ; Fit1 Qty Coef Loss Diff. Dynam , VeLP Veloc Vel Wid Gau Fitt Qty Coef Loss Add.L Fric Stat Stat CFM Len Ref Mat Fit3 Qty Coef Loss F.Tot Total Total Total .Orif R.NC Act.NC Ups.Junc Qty Coef Loss Dynam Louver 13.1 CV 0.355 Rect Rect 0.050 0.050 0.000 0.210 To Louver 12.0 0 -0.050 ---- 0.000 0.004 0.174 0.000 1,709 12.0 24 ---- 0.000 0.054 0.174 0.210 1,600 1.0 GaIv Rect ---- 0.050 English 13.10 50 30 *PLENUM- 1 MN * Loss coefficient for indicated fitting is from the boundary of the table since one or more of the parameters used to look up the coefficient was outside the range of the table. Explanation of Values in Rightmost Five Columns Above Column Description "Fit": "Loss" = Static pressure loss through the indicated fitting. "Sect1 ": "Dif' = User -entered static pressure loss due to the diffuser. "Add.L" = User entered additional static pressure loss. "F.Tot" = Total of all the fitting static pressure losses. "Dynam" = Total of all the dynamic losses, which includes everything but the frictional loss. "Sect2": "Dynam" = Total of the dynamic losses, carried from bottom of previous column. "Fric" = Static pressure Toss due to the inside surface roughness (friction). "Total" = Total of the dynamic and friction losses. "Cumul": "VeI.P" = Cumulative Toss in velocity pressure. For return, zero for each runout. For supply, velocity pressure of main trunk minus that of this duct. "Stat" = Cumulative loss of static pressure. For return, this runout's loss. For supply, sum of all upstream trunk losses plus this runout's loss. "Total" = Cumulative velocity pressure loss plus cumulative static pressure loss. "Press": 'Veloc" = Velocity pressure. "Stat" = Static pressure available. For return, at entrance of duct. For supply, at exit. "Total" = Velocity pressure plus static pressure available. G:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM G:\2012\12076\00\IN DUST\J N&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM Ductsize - HVAC Duct SizingSibEliteSoftware Development, Inc. Wood Harbinger Inc. 9-101 freezer Addition Bellevue, WA 98004 4010° Page 11 System 1 "EF-7" - Runout Output Data - Return Fit Sect1 Sect2 Cumul Press Runout Dia SM L/100 Shape Ups.Sh --- ---- Conn Hei TOA Reg :Fitt Qty Coef Loss Diff. Dynam VetP Veloc Vel Wid Gau Fit2 Qty Coef Loss Add.L Fric Stat Stat CFM, Len Ref Mat Fit3 Qty Coef Loss F.Tot Total ' Total Total Orif R.NC Act.NC Ups.Junc Qty Coef Loss Dynam Exhaust 12.0 CV 0.445 Rect Rect 0.050 0.050 0.000 0.236 EF-1.1 10.0 0 -0.050 ---- 0.000 0.013 0.063 0.000 1,974 12.0 24 ---- 0.000 0.063 0.063 0.236 1,550 3.0 Galv Rect ---- 0.050 English 12.00 50 30 *PLENUM- 1 MN * Loss coefficient for indicated fitting is from the boundary of the table since one or more of the parameters used to look up the coefficient was outside the range of the table. Explanation of Values in Rightmost Five Columns Above Column Description "Fit": "Loss" = Static pressure loss through the indicated fitting. "Sect1": "Dif' = User-entered static pressure loss due to the diffuser. "Add.L" = User entered additional static pressure loss. "F.Tot" = Total of all the fitting static pressure losses. "Dynam" = Total of all the dynamic losses, which includes everything but the frictional loss. "Sect2": "Dynam" = Total of the dynamic losses, carried from bottom of previous column. "Fric" = Static pressure loss due to the inside surface roughness (friction). "Total" = Total of the dynamic and friction losses. "Cumul": "Vel.P" = Cumulative loss in velocity pressure. For return, zero for each runout. For supply, velocity pressure of main trunk minus that of this duct. "Stat" = Cumulative loss of static pressure. For return, this runout's loss. For supply, sum of all upstream trunk losses plus this runout's loss. "Total" = Cumulative velocity pressure loss plus cumulative static pressure Toss. "Press": "Veloc" = Velocity pressure. "Stat" = Static pressure available. For return, at entrance of duct. For supply, at exit. "Total" = Velocity pressure plus static pressure available. G:\2012\12076\00\IN DUST\J N&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM lDuctsize -111VAC Duct Sizing .Wood.Hart inger'Inc Bellevue, WAa98004 Elite'Software 7Devel opment,'.Inc. i9=101Freezer Addition ,Page 12 System 1 "EF -7" - Output Summary - Supply Number of active trunks: Number of active runouts: Total system weight (Ib.) minus fittings: Total outlet flow Total outlet flow after heat gain Size of largest trunk: Size of smallest trunk: Size of largest runout: Size of smallest runout: 1 1 28.80 1,600 1,600 13.1 13.1 13.1 13.1 Maximum static pressure loss occurs in route to runout: Louver Cumulative static pressure loss at above runout: 0.174 Isolate Return From Supply Option: No Return SP Loss Added to 1st Trunk of Supply: 0.097 Available static pressure at above runout: 0.000 Fan static pressure: 0.174 Fan velocity pressure: 0.210 Fan total pressure: 0.384 G:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM :Ductsize-;:HVAC:Duct:Sizing .Wood Harbinger Inc. Bellevue, WA 98004 Elite'S oftware:Devel opment, inc. 9=101,Freezer Addition Page 13 System 1 "EF -7" - Output Summary - Return Number of active trunks: Number of active runouts: Total system weight (Ib.) minus fittings: Total outlet flow Total outlet flow after heat gain Size of largest trunk: Size of smallest trunk: Size of largest runout: Size of smallest runout: Maximum SP loss occurs in route from runout: Total SP Toss of route starting from above runout: 1 1 35.20 1,550 1,550 12.0 12.0 12.0 12.0 Exhaust 0.097 Isolate Return From Supply Option: No Return SP Loss Added to 1st Trunk of Supply: 0.097 Available static pressure at above runout: 0.000 Fan static pressure: -0.097 Fan velocity pressure: 0.236 Fan total pressure: 0.139 G:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM G:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM Ductsize -."=,HVAC iDuct Sizing, Elite'Software,Development,alnc. Wood'HarbingerrInc. 1 '9-101,Freezer Addition pp Bellevue, WA 98004 a, Page 14 System 1 "EF-7" - Pressure Changes Graph 0.3 0.2 rn 3 c E0.1 i. H Iv a/ 0.0 -0.1 • Note: Return present, an additional at the entrance drawn to show Pressure Changes Through Route with Highest Static Pressure Loss • D — E C\ ri 113.------- _ \\ �\% Static Pressure Available Total Pressure Available side point values are at entrance of duct, while supply side points are at exit. When a return system is return side point named [Fan Entrance] is drawn in the graph to show the static pressure available of the fan. When a supply system is present, and an additional supply side point named [Fan Exit] is the static pressure available at the exit of the fan. ,Point Name Static` Pressure Available Total'Pressure Available A Exhaust 0.000 0.236 B EF-1.1 -0.063 0.173 C [Fan Entrance] -0.097 0.139 D [Fan Exit] 0.077 0.287 E To Louver 0.054 0.263 F Louver 0.000 0.210 G:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM Ductsize - HVAC Duct Sizing Wood Harbinger Inc. Bellevue, WA 98004 izziO Elite Software Development, Inc. 9-101 Freezer Addition Page 15 System 1 "EF -7" - Runout Sound Data - Supply Runout Name ,63 125 250 500 1000 2000 4000 8000 "NC Louver Required Attenuation Actual Attenuation Additional Attenuation -39 -32 -27 -22 -19 -17 -16 -15 24 21 19 20 26 41 26 27 30 50 0 0 0 0 0 0 0 0 G:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM Ductsize HVAC 'Duct Sizing Wood Harbinger Inc. Bellevue, WA 98004 Elite Software Development, Inc. 9-101 Freezer Addition Page 16 System 1 "EF -7" - Runout Sound Data Return Runout • :Name • 63 125 250 500 1000 .2000 4000. 8000 'NC Exhaust Required Attenuation Actual Attenuation Additional Attenuation -44 -37 -32 -27 -24 -22 -21 -20 50 24 22 20 22 30 50 30 31 30 0 0 0 0 0 0 0 0 G:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM 5Ductsize-1HVACDuct--Sizing .Wood Harbinger=Inc,- ,Bellevue,"»WA 98004 Elite::Software,Development, :Inc. ^9-1.01Freezer Addition, Page 17 Duct Connection Tree Diagram - System 1 - EF -7 System 1 - EF -7 -[Supply L16 To Louver, Rect, 5 ft, 12"x12" Louver, Rect, 1 ft, 12"x12" -tiReturn %EF -1.1, Rect, 5 ft, 12"x10" L Exhaust, Rect, 3 ft, 12"x10" G:\2012\12076\00\INDUST\JN&C\Calculations\Ductsize\EF-7.dsw Saturday, February 09, 2013, 10:21 AM Wood Harbinger 3009 tuth Ave NE. Suite ton 6e0evue, WA 98004 405.608.6000 woed0arb0>sei.c0m Job Name: 9-101 Freezer Addition Engr: GV Date: 2/13/13 Subject: Louver Sizing Check by: CEL Job No: 12076.00 Purpose: To size air intake and exhaust louvers for mechanical and electrical rooms. Room Number Location/Service FLOW MIN RAIN INTRUSION VEL AREA FREE AREA at 90% of Rain Intrusion Velocity SIZE 11] Actual Free Area Actual Velocity Pressure Drop cfm fpm sf sf fpm inch sf fpm in H2O 14AA22 Mechanical Room OA Intake 4250 1000 8.500 9.444 500 36 x 66 9.51 446.9 0.04 14AA22 Mechanical Room Exhaust Air 4250 - 8.500 9.444 500 84 x 30 10.14 419.2 0.03 13AA22 Electrical Room OA Intake 2410 1000 4.820 5.356 500 36 x 42 5.75 420 0.04 13AA22 Electrical Room Exhaust Air 2410 - 4.820 5.356 500 36 x 42 5.75 420 0.03 111 Based on Rusking Model ELF6375DX 1.00 (25,10) .90 )22.86) .e0 (2032) .70 (17.78) .60 (15.20) E .'.0 (12.70) .40 (10.16) AD (7.67) (T 3 .2015.8') s c C .10(254) 0912 29) . .08(2.03) ▪ .07(1 78) .0611.52) .05(1.27) • .04)19') tl .03 (.76) U .02(51) rn .01 125) PRESSURE DROP s 5 Air Velocity in feet and (meters) per minute through Free Area �r1 { EXHAUST --_— MODE I ' INTAKE MODE 4, N1 /' A ill Al . s 5 Air Velocity in feet and (meters) per minute through Free Area Wood Harbinger 3009 112t11 Ave NE, Suite too Bellevue, WA 98004 425.628.6000 woodharbinger.com Project 9-101 Freezer Addition Engr GV Date 1/20/2013 Subject Condensate Drain Sizing Ch'd By CEL Job No 12076.00 Purpose: To size evaporator drain pipes. Assumption: Due to high water concentration in the air at start up and during parts loading in the WIP and Air Lock areas, a safety factor of 3 was applied to recommendations provided in International Mechanical 2012 Code table 307.2.2 1" CD AU4 ID Isms 2" CD AIR LOCK ROOM 1) Branches to individual evaporators shall be 1". 2" CD To Sanitary Sewer Wood Harbinger o+,) ttsth l.v,- 4F, Suit, u•o feaevt . W4 gntroq tz5.62B.6000 # ,cm Project 9-101 Freezer Addition Subject EF -7 Pressure Drop Engr GV Ch'd By CEL Date Job No 2/13/2013 12076.00 CRITERIA: 1 2 3 Requirement for sprinkler waterflows taken from NFPA-13 C (Aboveground)= 120 C(ductile iron)= 140 C (dry) = 120 Use Hazen -Williams formula 22.4.2.1.1 Pipe friction losses shall tie determined on the ba - from NFPA-13: sis of the bairn-\Vi(liams formula. as follows: C: yrs; where: /r = frictional resistance (psi per h of pipe) Q = flow (gpm) C = fIirtion loss r efficient d = actual internal diameter of pipe (in.) Purpose: This calculation determines the maximum expected hydraulic pipe losses for a sprinkler system. ASSUMPTIONS: 1 Pressure losses are in psig (pounds per square inch). 2 Piping is ductile iron - use C=140 for piping Flow test data No backflow preventer included in analysis. Elevation 0 feet Static 145 PSI Res Pr 140 PSI Res Flow 3000 GPM Flow summary GPM Sprinkler flow 0.375 2600 975 In -rack spk 8 heads @ 15psi 173.5 Overage 25% 287.1 Subtotal 1435.6 Hose stream 500 TOTAL FLOW 1935.6 Calculated flow @ 595 GPM Res Pr 142.8 PSI Res Flow 1935.6 GPM Sprinkler head demand 100 SF * 0.375 = Q=K*P^.5 K= 11.2 P = 11.2 psi 37.5 METHOD 1 (SIMPLIFIED) IPreisureaosses to remote area - 6 riser/bulk _ _ NODE N ODE C fact Size Flow* Length Fitting lel Fric fact Elev Elev psi Press Loss Backflow device losses 5.00 U/G 1 2 140 8.45 1435.6 75 10 0.0103 3 1.3 2.17 P/A Va 120 6.065 1218.75 25 75 0.0507 30 13.0 18.09 Bulk 120 6.065 1218.75 150 72 0.0507 0.0 11.26 Crossmain 120 4.026 1218.75 40 10 0.3731 2 0.9 19.52 Branchline 1 120 3.068 304.688 20 10 0.1078 0.0 3.24 Branchline 3 120 2.067 182.813 10 5 0.2869 0.0 4.30 Branchline 4 120 1.61 121.875 8 12 0.4575 0.0 9.15 Branchline 5 120 1.38 37.5 9 9 0.1095 0.0 1.97 Sprinkler demand 37.5 11.2 Pressure buffer 10% 8.59 TOTAL PRESSURE REQ 94.51 Add hose flow 500 gpm Water available = 142.8 psi @ 1935.6 GPM Margin 48.27 April 16, 2013 Connie Hardin Holaday Parks 4600 S 134 P1 Tukwila, WA 98168 • City of Tukwila Jim Haggerton, Mayor Department of Community Development Jack Pace, Director RE: Correction Letter #2 Mechanical Permit Application Number M13-054 Boeing #9-101 — Freezer Addition — 9725 East Marginal Wy S Dear Ms. Hardin, This letter is to inform you of corrections that must be addressed before your development permit can be approved. All correction requests from each department must be addressed at the same time and reflected on your drawings. I have enclosed comments from the Building Department. At this time the Fire Department has no comments. Building Department: Dave Larson at 206 431-3678 if you have questions regarding the attached comments. Please address the attached comments in an itemized format with applicable revised plans, specifications, and/or other documentation. The City requires that two (2) sets of revised plan pages, specifications and/or other documentation be resubmitted with the appropriate revision block. In order to better expedite your resubmittal, a `Revision Submittal Sheet' must accompany every resubmittal. I have enclosed one for your convenience. Corrections/revisions must be made in person and will not be accepted through the mail or by a messenger service. If you have any questions, I can be reached at (206) 431-3670. Jenm a Mars Perm t echni 6300 Southcenter Boulevard, Suite #100 • Tukwila, Washington 98188 • Phone 206-431-3670 • Fax 206-431-3665 Tukwila Building Division Dave Larson, Senior Plan Examiner Building Division Review Memo #2 Date: April 15, 2013 Project Name: Boeing #9-101- Freezer Addition Permit # M13-054 Plan Review: Dave Larson, Senior Plans Examiner The Building Division conducted a plan review on the subject permit application. Please address the following comments in an itemized format with revised plans, specifications and/or other applicable documentation. (GENERAL NOTE) PLAN SUBMITTALS: (Min. size 11x17 to maximum size of 24x36. Please submit all plans on the same size paper. Revised plans need to be the same size as originally submitted). (If applicable) Structural Drawings and structural calculation sheets shall be stamped and signed. 1. Per item #1 of my first review memo, normal ventilation is required whenever the mechanical refrigeration room is occupied. It is required to be via mechanical means as opposed to an opening like a door or window. I could not find this part of the system and how it would be activated whenever the space is occupied. Please see section 1105.6 of the IMC. 2. The calculations provided for the emergency exhaust system show that a 4300 cfm fan is needed. The exhaust fan schedule on page M 1 E of the plans still shows a 1900 cfm fan for the mechanical room. Please revise this schedule. Should there be questions concerning the above information please contact the Building Division at 206-431-3670. C Department of Community Development Jack Pace, Director • City of Tukwila • Jim Haggerton, Mayor April 2, 2013 Connie Hardin Holaday Parks 4600 S 134 P1 Tukwila, WA 98168 RE: Correction Letter #1 Mechanical Permit Application Number M13-054 Boeing #9-101 — Freezer Addition — 9725 East Marginal Wy S Dear Ms. Hardin, This letter is to inform you of corrections that must be addressed before your development permit can be approved. All correction requests from each department must be addressed at the same time and reflected on your drawings. I have enclosed comments from the Building Department. At this time the Fire Department has no comments. Building Department: Dave Larson at 206 431-3678 if you have questions regarding the attached comments. Please address the attached comments in an itemized format with applicable revised plans, specifications, and/or other documentation. The City requires that two (2) sets of revised plan pages, specifications and/or other documentation be resubmitted with the appropriate revision block. In order to better expedite your resubmittal, a `Revision Submittal Sheet' must accompany every resubmittal. I have enclosed one for your convenience. Corrections/revisions must be made in person and will not be accepted through the mail or by a messenger service. If you have any questions, I can be reached at (206) 431-3670. Sincerely, '.-"&dte ---?—cti,- Bill Rambo Permit Technician File No. M 13-054 6300 Southcenter Boulevard, Suite #100 • Tukwila, Washington 98188 • Phone 206-431-3670 • Fax 206-431-3665 Tukwila Building Division Dave Larson, Senior Plan Examiner Building Division Review Memo Project Name: Boeing #9-101- Freezer Addition Permit # M13-054 Plan Review: Dave Larson, Senior Plans Examiner The Building Division conducted a plan review on the subject permit application. Please address the following comments in an itemized format with revised plans, specifications and/or other applicable documentation. (GENERAL NOTE) PLAN SUBMITTALS: (Min. size 11x17 to maximum size of 24x36. Please submit all plans on the same size paper. Revised plans need to be the same size as originally submitted). (If applicable) Structural Drawings and structural calculation sheets shall be stamped and signed. 1. The ventilation system proposed for the refrigeration room appears to be for temperature control and emergency ventilation. Mechanical ventilation is required for normal ventilation whenever the space is occupied and emergency ventilation upon refrigerant detection per section 1105.6 of the IMC. See section 1105.6.3 for normal ventilation and section 1105.6.4 for emergency ventilation. Please provide the methods and associated calculations to show compliance with these code sections. Also provide controls to activate the normal air while the space is occupied. 2. Please note that the calculations for the emergency exhaust system need to be based on the design mass of the refrigerant and this permit does not include the refrigeration equipment. If the refrigeration system is known, it would be helpful to document the size and model numbers of the proposed system. Should there be questions concerning the above information please contact the Building Division at 206-431-3670. PERMIT COORD COPY t PLAN REVIEW/ROUTING SLIP ACTIVITY NUMBER: M13-054 DATE: 05/24/13 PROJECT NAME: BOEING #9-101 - FREEZER ADDITION SITE ADDRESS: 9725 EAST MARGINAL WY S Original Plan Submittal Response to Incomplete Letter # Response to Correction Letter # 2 Revision # after Permit Issued DEPARTMENTS: p99tr3 lldingA-vc, Division mg Public Works Fire Prevention Structural Planning Division ❑ Permit Coordinator ❑ DETERMINATION OF COMPLETENESS: (Tues., Thurs.) Complete Incomplete ❑ DUE DATE: 05/30/13 Not Applicable ❑ Comments: Permit Center Use Only ` r INCOMPLETE LETTER MAILED: LETTER OF COMPLETENESS MAILED: Departments determined incomplete: Bldg 0 Fire 0 Ping ❑ PW 0 Staff Initials: TUESITHURS ROUTING: Please Route NIK REVIEWER'S INITIALS: DATE: Structural Review Required ❑ No further Review Required ❑ APPROVALS OR CORRECTIONS: Approved ❑ Approved with Conditions t Notation: REVIEWER'S INITIALS: DUE DATE: 06/25/13 Not Approved (attach comments) ❑ DATE: Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg 0 Fire 0 Ping 0 PW 0 Staff Initials: p PLAN�E�I • TING SLIP ACTIVITY NUMBER: M13-054 DATE: 04-08-13 PROJECT NAME: BOEING #9-101 - FREEZER ADDITION SITE ADDRESS: 9725 EAST MARGINAL WY S Original Plan Submittal Response to Incomplete Letter # X Response to Correction Letter # 1 Revision # After Permit Issued DEPA TME TS: n4 it u ul ding (vision Public Works ri Fire Prevention Structural n n Planning Division Permit Coordinator DETERMINATION OF COMPLETENESS: (Tues., Thurs.) Complete ffi Incomplete DUE DATE: 04-09-13 Not Applicable Comments: Permit Center Use Only INCOMPLETE LETTER MAILED: LETTER OF COMPLETENESS MAILED: Departments determined incomplete: Bldg 0 Fire 0 Ping 0 PW 0 Staff Initials: TUES/THURS ROUTING: Please Route 14. Structural Review Required ❑ No further Review Required ❑ REVIEWER'S INITIALS: DATE: APPROVALS OR CORRECTIONS: DUE DATE: 05-07-13 Approved n Approved with Conditions ❑ Not Approved (attach comments) Notation: REVIEWER'S INITIALS: DATE: Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Documents/routing slip.doc 2-28-02 Bldg IV Fire 0 Ping 0 PW 0 Staff Initials: t 3" CO Pe PLAN REVIEW/ROUTING SLIP ACTIVITY NUMBER: M13-054 DATE: 03-06-13 PROJECT NAME: BOEING #9-101 - FREEZER ADDITION SITE ADDRESS: 9725 EAST MARGINAL WY S X Original Plan Submittal Response to Incomplete Letter # Response to Correction Letter # Revision # After Permit Issued �L DEPA TME, NTOS: \•ChA et/IL ullding Division Public Works ❑ AJC k-1-13 Fire Prevention II Structural ❑ Planning Division Permit Coordinator n 1 DETERMINATION OF COMPLETENESS: (Tues., Thurs.) Complete Incomplete DUE DATE: 03-07-13 Not Applicable Comments: Permit Center Use Only INCOMPLETE LETTER MAILED: LETTER OF COMPLETENESS MAILED: Departments determined incomplete: Bldg 0 Fire 0 Ping 0 PW 0 Staff Initials: TUES/THURS ROUTING: Please Route V Structural Review Required ❑ No further Review Required n REVIEWER'S INITIALS: DATE: APPROVALS OR CORRECTIONS: DUE DATE: 04-04-13 Approved ❑ Approved with Conditions n Not Approved (attach comments) Notation: REVIEWER'S INITIALS: DATE: Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg Fire 0 Ping 0 PW 0 Staff Initials: Documents/routing slip.doc 2-28-02 • City of Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Web site: http://www.TukwilaWA.gov Revision submittals must be submitted in person at the Permit Center. Revisions will not be accepted through the mail, fax, etc. Date: 1 Plan Check/Permit Number: M13-054 ❑ Response to Incomplete Letter # • Response to Correction Letter # 2 ❑ Revision # after Permit is Issued ❑ Revision requested by a City Building Inspector or Plans Examiner Project Name: Project Address: Boeing #9-101 — Freezer Addition East Marginal Wy S RECEIVED ^rTv nr 1LD►!WILA MAY 242013 PERMIT CENTER Contact Person: n� ' 1� � ^ 24010-Z SD-�� 30 n I�,G.. 1 Phone Number: ummary of Revision• co , �\,�-�w.s ao� arc- �ip�, C-�O, 6-oA,G1M 1Wt I,rvlli�) 1E, WI 11-1 t IMUV LIAR Rig miLhi m317, �2C.i %W) M3b, ► Ma, u&Mcg t 14(14 Sheet Number(s): ‘1.1 tM (o U , Rol "Cloud" or highlight all areas of revision including date of , evision Received at the City of Tukwila Permit Center, by: Entered in Permits Plus on C:\Users\jennifer-m\Desktop\Revision Submittal Fotm.doc Revised: May 2011 • City of Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Fax: 206-431-3665 Web site: http://www.ci.tukwila.wa.us REVISION SUBMITTAL Revision submittals must be submitted in person at the Permit Center. Revisions will not be accepted through the mail, fax, etc. Date: 4 -9- \3 Plan Check/Permit Number: M13-054 ❑ Response to Incomplete Letter # ® Response to Correction Letter # 1 ❑ Revision # after Permit is Issued ❑ Revision requested by a City Building Inspector or Plans Examiner Project Name: Boeing #9-101 — Freezer Addition Project Address: 9725 East Marginal Wy S Contact Person: .O(f tY Phone Number: �1" d�L/S 3b RECEIVED CITY OF TU (W1LA. APR 08 2013 P M Sheet Number(s): C t►1 "Cloud" or highlight all areas of revision including date of revision Received at the City of Tukwila Permit Center by: 'Si --Entered in Permits Plus on 9)-1-5 R \applications\forms-applications on line\revision submittal Created: 8-13-2004 Revised: Contractors or Tradespeople Peer Friendly Page • General/Specialty Contractor A business registered as a construction contractor with L&I to perform construction work within the scope of its specialty. A General or Specialty construction Contractor must maintain a surety bond or assignment of account and carry general liability insurance. Business and Licensing Information Name HOLADAY PARKS INC UBI No. 578004089 Phone 2062489700 Status Active Address 4600 S 134Th Pl License No. HOLADPI379NO Suite/Apt. License Type Construction Contractor City Seattle Effective Date 1/21/1983 State WA Expiration Date 9/3/2013 Zip 98168 Suspend Date County King Specialty 1 General Business Type Corporation Speciatty,2 Unused Parent Company Other Associated Licenses License Name Type Specialty 1 Specialty 2 Effective Date Expiration Date Status HOLADI'00105 HOLADAY-PARKS INC Electrical Contractor Hvac/Rfrg Ltd Energy Unused 9/25/2000 4/29/2015 Active HOLADPF376NO HOLADAY PARKS FABRCTRS INC Construction Contractor General Unused 8/20/1963 1/1/1983 Archived Business Owner Information Name Role Effective Date Expiration Date PARKS, GERALD T JR Chief Executive Officer 01/21/1983 Amount VAN DER VEEN, JULIE ELIZABETH Member 08/26/2011 A1CG96431203 CONNELL, DANIEL AARON Member 08/26/2011 GIRI, BUIT Member 08/26/2011 Old Republic Ins Co KIEL, RINALD HOWARD Member 08/26/2011 WHITMYRE, CHRISTIAN Member 08/26/2011 24 BECK, DAVID CLARENCE Vice President 01/21/1983 11/01/2012 OCONNOR, BONNY K Vice President 01/21/1983 10/28/2011 NAILON, JUNE ANNETTE Vice President 01/21/1983 VAN DER VEEN, ERIC M Vice President 11/04/2010 PIZZEY, GRACE KATHERINE Vice President 08/26/2011 NELSON, MICHAEL Secretary 01/01/1980 11/04/2010 PARKS, DAVID L Treasurer 01/01/1980 11/04/2010 TALBOT, PAUL Treasurer 01/01/1980 11/04/2010 Bond Information Page 1 of 2 Bond Bond Company Name Bond Account Number Effective Date Expiration Date Cancel Date Impaired Date Bond Amount Received Date 7 LIBERTY MUTUAL INS CO 23000452 09/01/2002 Until Cancelled $12,000.00 08/23/2002 Assignment of Savings Information No records found for the previous 6 year period Insurance Information Insurance Company Name Policy Number Effective Date Expiration Date Cancel Date Impaired Date Amount Received Date 26 Old Republic Ins Co A1CG96431203 11/01/2012 11/01/2013 $1,000,000.00 10/30/2012 25 Old Republic Ins Co A1CG96431102 11/01/2011 11/01/2012 $1,000,000.0010/28/2011 24 Old Republic Ins Co A1CG96431102 11/01/2011 11/01/2012 $1,000,000.00 10/28/2011 httos://fortress.wa. eov/lni/bbin/Print.asnx 06/06/2013 VICI\ITY VAP SITE PROJECT FROM DOWNTOWN SEATTLE 00 0 900 rn N crk 99 EXIT 158 e 157 EXR 157 EAST MARGINAL WAY CORPORATE PARK 99 FROM SEATTLE—TACOMA AIRPORT DEVELOPVE 599 TUKWILA FROM KENT & AUBURN \TAL C E \TES NO SCALE 900 BOEING WORKPLACE SERVICES BUILDING 09-101.1 DC FREEZER ADDITION BOEING DEVELOPMENTAL CENTER 9725 EAST MARGINAL WAY SOUTH TUKWILA, WASHINGTON 98108 AREA vAP 3UIL 9725 EAST TU DING ADDHSS: vAKI\AL WAY SOUTH <WILA, WASHI\GTO\ SEPARATE PERMIT REQUIRED FOR: 0 Mechanical 11 Electrical Plumbing Gas Piping City of Tukwila BUILDING DIVISION 9-78 9-35 9 52 MFC REVISIONS No changes shall made to the scope of work without prior approval of Tukwjia Building Division. I�01'w: novisions will require a new plan submittal and may include additional plan review fee,. PROJECT SITE 9-101 3UILDI\G LOCATIC\ NO SCALE FILE COPY Permit No. M -- Pian review approval is subject to errors and omissions, Approval of construction documents does not authcdze the violation of any adopted code or ordinance. Receipt of approved Id i f d is acknowledged: By City Of Tiukwila BUILDING DIVISION CODE SUMMARY TYPE OF APPLICATION: NEW ❑ ALTERATION ❑ ADDITION M TENANT IMPROVEMENT ❑ PROJECT DESCRIPTION: PROJECT CONSISTS OF AN APPROX 10,000 SF FREEZER BUILDING ADDITION TO THE EXISTING 9-101 FACTORY BUILDING . CODES: 2009 INTERNATIONAL BUILDING CODE (IBC), AS ADOPTED AND AMENDED BY THE CITY OF TUKWILA 2009 INTERNATIONAL FIRE CODE (IFC) 2009 INTERNATIONAL MECHANICAL CODE (IMC) 2008 NATIONAL ELECTRICAL CODE (NEC) 2009 UNIFORM PLUMBING CODE CONTRACTOR & STATE NUMBER: THE BOEING CO. BOEING *294ML, EXPIRES 1/21/15 BOEING PROJECT ENGINEER: BOEING CONTACT: JOHN MURDOCH PHONE: 253-657-0868 FAX NUMBER: 253-657-0858 E—MAIL: john.s.murdoch©boeinq.com OCCUPANCY GROUP: GROUP F-1 (HIGH—BAY) & GROUP B (OFFICE), NO WORK THIS AREA PROJECT S1—INDUSTRIAL CONSTRUCTION TYPE: TYPE II—B (NO CHANGE) ZONING: ALLOWABLE AREA INCREASE: NO CHANGE UNLIMITED OCCUPANT LOAD: (ALLOWABLE) BLDGS SF (TABLE 10-A) TUNNEL (F-1 OCC.) OCC, NO CHANGE 1ST FLOOR F-1 OCC.) OCC. NO CHANGE MEZZANINE (B OCC.) 2ND FLOOR (B OCC.) TOTAL ALLOWED: PROJECT ADDITION OCC, NO CHANGE OCC, NO CHANGE OCC, NO CHANGE OCC. 21 FLOOR AREA: (ACTUAL) BLDG GROSS 1,116,306 TUNNEL 713.829 1ST FLOOR HIGH -BAY 713,829 MEZZANINE 55,689 2ND FLOOR OFFICE 31,280 FREEZER 10,125 PROJECT AREA SQ FT SQ FT SQ FT SQ FT SQ FT SQ FT BUILDING HEIGHT: (ACTUAL) 111'-0" (NO CHANGE) STORIES: 2 ACTUAL MEZZANINE ? ❑ (YES) ffl (NO) SQ FT FIRE PROTECTION: SPRINKLERED THROUGHOUT PER NFPA 13 ? M (YES) ❑ (NO) SEpARA11ON NONE REQUIRED (PER IBC TABLE 508.4) EXTERIOR WALL (NON-BEARING) HOUR RA11NG N/A EXTERIOR WALL (BEARING) HOUR RATING N/A INTERIOR WALL (NON-BEARING) HOUR RATING N/A INTERIOR WALL (BEARING) HOUR RATING N/A DEMOUNTABLE PARTITIONS HOUR RA11NG N/A STRUCTURAL FRAME HOUR RATING N/A FLOOR/CEIUNGS HOUR RATING N/A ROOF CONSTRUCTION HOUR RATING N/A SHAFT ENCLOSURES HOUR RA11NG N/A SEISMIC DESIGN CATEGORY FRFF7FR (SDC). "D" DESIGN LOADS FREEZER: (CHAPTER 16) ROOF FREEZER: UVE (SNOW) 20 PSF LIVE (p5) 25 PSF MIN SNOW FLOOR: OFFICE N/A (PSF) (PSF) (PSF) MECH/STOR 25 PSF STAIRS 40 PSF CONCENTRATED: WIND FREEZER: EXPOSURF CATEGORY D BASIC WIND SPEED 85 MPH IMPORTANCE FACTOR 1.0 (FOR OCCUPANCY CATEGORY II) CODES AND PERMITS PROJECT TITLE: 9-101.1 DC FREEZER ADDITION QUANTITY SUBMITTED: ▪ 4 SETS: GENERAL PERMIT (SHELL & CORE) OR STRUCTURAL TENANT IMPROVEMENT ❑ 4 SETS: TENANT IMPROVEMENT (NON—STRUCTURAL) ❑ 3 SETS: FIRE PROTECTION/SPRINKLERS ❑ 2 SETS: TENANT IMPROVEMENT (REVISION) CIVIL SUBMITTED PREVIOUSLY UNDER SEPARATE PERMIT SUBMITTED FOR PERMIT & REVIEW: • BUILDING ❑ PLUMBING ❑ MECHANICAL • STRUCTURAL JOB NUMBER: 16262 ❑ GRADING ❑ LANDSCAPE ❑ DEMOLITION * TO BE REVIEWED UNDER SEPARATE PERMIT WASHINGTON STATE NON—RESIDENTIAL ENERGY CODE—APPROACHES COMPLIANCE OPTION ❑ PRESCRIPTIVE ❑ LPA ❑ ANALYSIS • N/A SPECIAL INSPECTIONS REQUIRED: (PER IBC CH. 17) • WELD ▪ REBAR • STRUCTURAL BOLTING ❑ OTHER SEE SHEET S1, S2K, S2L, S2M, S2N, CALCULATIONS TYPE. ❑ ELECTRICAL ❑ FIRE PROTECTION * ❑ CANTILEVER RACKS CONCRETE. ANCHOR BOLTS • STRUCTURAL OBSERVATION ❑ GRADING, EXCAVATION, FILLING ▪ DRILLED—IN & GROUTED ANCHORS S2P FOR MORE INFO. ATTACHED (YES) (NO) CODE DESCRIPTION DESCRIPTION: FREEZER ADDITION IS DESIGNATED AS S-1 MODERATE HAZARD STORAGE FOR MATERIALS USED IN FABRICATION FOR VARIOUS AIRCRAFT ASSEMBLIES. (IBC SECTION 311.2); S-1 FREEZER IS ACCESSORY TO THE 9-101 F-1 FACTORY BUILDING, DIRECTLY CONNECTED. GENERAL CONSTRUCTION: FOUNDATION PILE SUPPORTED SLAB, SLAB IS OVER HIGH DENSITY INSULATION OVER SAND BED W/ GLYCOL HEATING SYSTEM. STRUCTURE IS STEEL SUPPORTING INSULATED METAL PANELS FOR FINISH WALLS AND METAL DECK ROOF W/ MEMBRANE ROOFING OVER RIGID INSULATION. OCCUPANCY GROUP: STORAGE GROUP PER IBC 311: S-1 OCCUPANCY, MODERATE HAZARD STORAGE, ACCESSORY TO F-1 FACTORY: ACCESSORY USE IS LESS THAT 10% OF F-1 BUILDING PER IBC 508.2.1; ACTUAL IS 0.9%; ALLOWABLE AREA AND HEIGHT: NOT AFFECTED BY S-1 FREEZER ADDITION PER IBC 508.2.1 CONSTRUCTION TYPE: TYPE II -B, NON-COMBUSTIBLE (IBC TABLE 601) INTERIOR SEPARATIONS - PER IBC TABLE 508.4, THERE IS NO SEPARATION REQUIRED BETWEEN F-1 AND S-1. SEPARATION ON SITE: MINIMUM SEPARATION (EXISTING): 60 FEET TO PROPERTY LINE ON EAST MARGINAL WAY SOUTH. SEPARATION TO OTHER BUILDINGS ON THE BOEING DC CAMPUS NOT AFFECTED. ACTUAL FLOOR AREAS: FLOOR AREAS -EXISTING 9-101 - FIRST FLOOR, SECOND FLOOR AND MEZZANINES: TOTAL: 1,116,306 S.F. FLOOR AREA -FREEZER ADDITION - FIRST FLOOR (INCLUDING 955 S.F. FOR MECH AND ELEC ROOMS): TOTAL: 10,125 S.F. TOTAL EXISTING AND NEW: 1,126,431 S.F. ALLOWABLE FLOOR AREA: UNLIMITED AREA PER IBC 507.3 FOR F AND S OCCUPANCIES MAXIMUM BUILDING HEIGHT ALLOWED—ADDITION: 75 FT (IBC TABLE 503 AND SECTION 504.2) ACTUAL HEIGHT OF ADDITION: 33 FEET MAXIMUM ROOF PLANE ELEVATION FOR SINGLE STORY FIRE PROTECTION: FULLY SPRINKLERED THROUGHOUT. SPRINKLER SYSTEM IN 9-101 DC FREEZER ADDITION: DOUBLE INTERLOCK, PRE -ACTION SYSTEM WITH HEAT DETECTION WIRES PER NFPA 13; IN -RACK SPRINKLERS PROVIDED. FOR FUTURE RACKS. REVIEWED FOR CODE COMPLIANCE APPROVED JjUUN05 2013 IJP - City o T �cwila BUILDING IVISION S -1 -MODERATE HAZARD STORAGE (WAREHOUSING): 10,125 S.F./500S.F. PER OCC. = 21 OCCUPANTS TOTAL EXITS REQUIRED PER IBC SECTION 1015.1: 1 EXIT EXITS PROVIDED: FREEZER: 3 MAXIMUM DISTANCE S-1 OCCUPANCY: 250 250 FT OF AN EXIT. MAX COMMON PATH OF EGRESS TRAVEL REQUIRED: 100 FT PER 1014.3 EXCEPTION 2 ACTUAL COMMON PATH OF EGRESS TRAVEL IS LESS THAN 100 FT. MINIMUM TOILET FACILITIES. REQUIRED PER WA STATE AMENDMENTS TO IBC TABLE 2902.1: SPACE IS NOT A FULL-TIME STAFFED SPACE, ASSIGNED WORK FORCE IS FROM ADJACENT 9-101 BUILDING. THEREFORE, THERE IS NO CHANGE IN THE TOILET FACILITIES REQUIRED. FOAM PLASTIC PER IBC 2603.3: ALLOWED IN THICKNESS UP TO 10 INCHES WHERE THE BUILDING IS EQUIPPED THROUGHOUT WITH AN AUTOMATIC FIRE SPRINKLER SYSTEM IN ACCORDANCE WITH SECTION 903.3.1.1 FREEZER ADDITION COMPLIES FOR ROOF INSULATION AND INSULATED WALL PANELS RECEIVED CITY OF TUKWILA MAY 2 4 2013 TO EXIT: PERMIT CENTER FT MAXIMUM W/ SPRINKLER SYSTEM THROUGHOUT (IBC TABLE 1016.1). ALL AREAS OF FREEZER ADDITION ARE WITHIN THERMAL RESISTANCE REQUIREMENTS PER WA STATE ENERGY CODE (COMATE ZONE 1) & TABLE 13.3 FOR REFRIGERATED WAREHOUSES: ROOF WALLS SLAB ON GRADE PERIMETER OVERHEAD DOORS FREEZER REQUIRED: R-36 MIN; PROVIDED: R-55, MIN. REQUIRED: R-36 MIN; PROVIDED R-45 W/ THERMAL BREAK NON -FREEZER REQUIRED: R-30 MIN; PROVIDED: R-30, MIN. REQUIRED: R-13 MIN PLUS R-7.5 MIN CONTINUOUS INSULATION; PROVIDED: R-20 PANEL W/ R-19 BATT. R-39 TOTAL R-36 MIN; PROVIDED: CONTINUOUS R-36 UNDERSLAB REQUIRED: R-10 MIN; PROVIDED: R-10, EXCEPT VERTICAL R-10 INSULATION ONLY AT FOUNDATIONS OF NON -OCCUPIED MECHANICAL AND ELECTRICAL ROOMS (PRIMARY LARGE FREEZER DOORS): U -VALUE OF 0.60 (R-1.6) MIN U -VALUE PROVIDED 0.036 (R-28) INSULATION THROUGHOUT. ISSUED FOR CONSTRUCTION APRIL 12, 2013 DLR Group Architecture Engineering Planning Interiors REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE DC FREEZER ADDITION J#16262 DLR GROUP VW 04.12.13 Q�BOE/ p -- c® 5188 REGISTERED ARCHITECT ALD 0 KRUSE ATE CF '1VASHINGTON ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED APPROVED BY DEPT. DATE DRAWN DLR GROUP CHECKED VW ENGINEER DATE SUBTITLE 04.12.13 04.12.13 CHECKED APPROVED APPROVED TITLE TITLE SHEET DC FREEZER ADDITION CORRECTION LTR# BUILDING 09-101.1 PERMIT MASTER COL. z/21-22.5 CURRENT REVISION J#16262 SYMBOL DATE 04.12.13 SHEET GO JOB NO. J#16262 COMP NO. DEV. CENTER, WA DWG No. 09-101—GO MJANES: 4/8/2013 2:37:24 PM DRAWING INDEX DRAWING NUMBER REV DRAWING TITLE GENERAL 09-101—GO — TITLE SHEET 09-101—GOA — SHEET INDEX 09-101—G1 — SYMBOLS AND ABBREVIATIONS 09-101-1A03 L COMPOSITE FLOOR PLAN SURVEY 09—YD—C22A — SURVEY CIVIL 09—YD—C2A — CIVIL GENERAL NOTES 09—YD—C162 — TEMPORARY EROSION AND SEDIMENTATION CONTROL PLAN 09—YD—C232R — PAVEMENT PLAN (REMOVAL) 09—YD—C235R — PAVEMENT PLAN (REMOVAL) 09—YD—C302R — UTILITIES SITE PLAN (REMOVAL) 09—YD—C305R — UTILITIES SITE PLAN (REMOVAL) 09—YD—C402R — STORMWATER DRAINAGE PLAN (REMOVAL) 09—YD—C405R — STORMWATER DRAINAGE PLAN (REMOVAL) 09—YD—C92 — GRADING PLAN 09—YD—C95 — GRADING PLAN 09—YD—C232 — PAVEMENT PLAN 09—YD—C235 — PAVEMENT PLAN 09—YD—C302 — UTILITIES SITE PLAN 09—YD—C305 — UTILITIES SITE PLAN 09—YD—C402 — STORMWATER DRAINAGE PLAN 09—YD—C405 — STORMWATER DRAINAGE PLAN 09—YD—0576 — SECTIONS AND DETAILS 09—YD—0577 09-101—A566 SECTIONS AND DETAILS DRAWING INDEX DRAWING INDEX DRAWING NUMBER DRAWING TITLE REV DRAWING TITLE — ARCHITECTURAL - REMOVAL 09-101-1 A43R — E REMOVAL FLOOR PLAN 09-101-1 A46R MECHANICAL EQUIPMENT SCHEDULE—EAST ANNEX D REMOVAL FLOOR PLAN MECHANICAL EQUIPMENT SCHEDULE—EAST ANNEX ARCHITECTURAL 09-101-1A43 PARTIAL UNDERGROUND PLUMBING PLAN E FLOOR PLAN 09-101-1A46 09-101-1M143 D FLOOR PLAN 09-101-1A48 H — FLOOR PLAN — FREEZER 09-101-1A318 1ST FLOOR PLUMBING PLAN — REFLECTED CEILING PLAN — FREEZER 09-101—RFA207 09-101-1M298 — ROOF PLAN — FREEZER 09-101—A63 — — BUILDING ELEVATIONS — NORTH & SOUTH 09-101—A64 CONTROL DIAGRAMS A BUILDING ELEVATIONS: — EAST & :WEST 09-101—A65 09-101—M616 — BUILDING ELEVATIONS — ENLARGED 09-101—A215 — SECTIONS 09-101—A216 REFRIGERATION NOTES — SECTIONS 09-101—A361 PS-5830—M3b — SCHEDULES AND DETAILS 09-101—A455 — — ENLARGED PLANS 09-101—A564 UNDERGROUND GLYCOL PIPING — DETAILS 09-101—A565 PS -5830—M612 — NOT USED . . 09-101—A566 — — DETAILS 09-101—A567 ROOF PLAN — DETAILS 09-101—A568 480Y/277V POWER DISTRIBUTION FLOOR PLAN — DETAILS 480Y/277V POWER DISTRIBUTION FLOOR PLAN STRUCTURAL - GENERAL 09-101—S1 — ABBREVIATIONS/SYMBOLS/DRAWING LIST 09-101—S2K — GENERAL NOTES 09-101—S2L — GENERAL NOTES 09-101—S2M — GENERAL NOTES 09-101—S2N — LOAD MAPS 09-101—S2P — LOAD MAPS M STRUCTURAL - REMOVAL 09-101-1 S43R C — PARTIAL FOUNDATION PLAN — REMOVAL 09-101-1 S46R 277V/480Y POWER PLAN — PARTIAL FOUNDATION PLAN — REMOVAL 09-101-1 S93R 09-101-1E448 — PARTIAL FIRST FLOOR PLAN — REMOVAL 09-101-1 S96R A — PARTIAL FIRST FLOOR PLAN — REMOVAL — STRUCTURAL 09-101-1S48 — — PARTIAL FOUNDATION PLAN 09-101-1S98 PARTIAL ROOF 480Y/277V POWER PLAN — PARTIAL FIRST FLOOR PLAN 09-101—RFS198 09-101—E4S73 — PARTIAL ROOF FRAMING PLAN 09-101—S237 B — FRAMING ELEVATIONS 09-101—S238 FREEZER ONE—LINE DIAGRAM — FRAMING ELEVATIONS 09-101—S239 09-101—SK—E616 — BRACE ELEVATIONS 09-101—S240 — — BRACE ELEVATIONS 09-101—S296 — SECTIONS AND DETAILS 09-101—S297 — TYPICAL FOUNDATION DETAILS 09-101—S298 — SECTIONS AND DETAILS 09-101—S299 — SECTIONS AND DETAILS 09-101—S300 — SECTIONS AND DETAILS 09-101—S404 — TYPICAL STEEL COLUMN DETAILS AND SCHEDULE 09-101—S405 — TYPICAL STEEL BEAM CONNECTIONS 09-101—S406 — TYPICAL STEEL BEAM CONNECTIONS 09-101—S407 — TYPICAL STEEL DETAILS 09-101—S408 — TYPICAL STEEL JOIST DETAILS 09-101—S409 — TYPICAL BRACED FRAME DETAILS 09-101—S410 — TYPICAL BRACED FRAME DETAILS 09-101—S411 — TYPICAL BRACED FRAME DETAILS 09-101—S412 — TYPICAL COLD FORMED STEEL DETAILS 09-101—S413 — TYPICAL COLD FORMED STEEL DETAILS 09-101—S624 — SECTIONS AND DETAILS DRAWING INDEX DRAWING NUMBER REV DRAWING TITLE MECHANICAL 09-101—M1 — HVAC LEGEND 09-101—M1A — PIPING LEGEND 09-101—M1 E E MECHANICAL EQUIPMENT SCHEDULE—EAST ANNEX 09-101—M1 H M MECHANICAL EQUIPMENT SCHEDULE—EAST ANNEX 09-101—UGM148 — PARTIAL UNDERGROUND PLUMBING PLAN 09-101-1M48 — 1ST FLOOR HVAC PLAN 09-101-1M143 C 1ST FLOOR PLUMBING PLAN 09-101-1M146 H 1ST FLOOR PIPING PLAN 09-101-1M148 — 1ST FLOOR PLUMBING PLAN 09-101-1M260 C FIRE PROTECTION FIRST FLOOR PLAN 09-101-1M298 1ST FLOOR FIRE PROTECTION PLAN 09-101—RFM148 — ROOF PLUMBING PLAN 09-101—M317 A CONTROL DIAGRAMS 09-101—M607 A PLUMBING DETAILS AND SECTIONS 09-101—M616 — SPRINKLER RISER DIAGRAM PS-5830—M2c — REFRIGERATION NOTES PS -5830—M 1 v — EQUIPMENT SCHEDULE PS-5830—M3b — SCHEMATIC PS -5830-1M98 — 1ST FLOOR REFRIGERATOR EQUIPMENT PLAN PS-5830—UGM98 — UNDERGROUND GLYCOL PIPING PS -5830-1M458 — ENLARGED MECHANICAL ROOM PLAN & DETAILS PS -5830—M612 — STANDARDS PS -5830—M613 — STANDARDS PS-5830—RFM98 — ROOF PLAN ELECTRICAL 09-101-1 E2C A 480Y/277V POWER DISTRIBUTION FLOOR PLAN 09-101-1 E2D A 480Y/277V POWER DISTRIBUTION FLOOR PLAN 09-101-1 E43 F PARTIAL 1ST FLOOR LIGHTING PLAN 09-101-1E48 PARTIAL 1ST FLOOR LIGHTING PLAN 09-101-1E96 U 120V/208Y POWER PLAN 09-101-1 E98 — PARTIAL 1ST FLOOR 208Y/ 120V POWER PLAN 09-101-1E143 M PARTIAL 1ST FLOOR 480Y/277V POWER PLAN 09-101-1 E144 C PARTIAL 1ST FLOOR 480Y/277V POWER PLAN 09-101-1E146 T 277V/480Y POWER PLAN 09-101-1E148 — PARTIAL 1ST FLOOR 480Y/277V POWER PLAN 09-101-1E448 — PARTIAL 1ST FLOOR COMMUNICATIONS PLAN 09-101-1E585 A ANNEX GENERATOR ROOM PARTIAL PLAN 09-101—RFE48 — PARTIAL ROOF LIGHTING PLAN 09-101—RFE98 — PARTIAL ROOF 208Y/120V POWER PLAN 09-101—RFE148 — PARTIAL ROOF 480Y/277V POWER PLAN 09-101—E4S72 A ONE LINE DIAGRAM — SUBSTATION 72 09-101—E4S73 A ONE LINE DIAGRAM — SUBSTATION 73 09-101—E5B B EMERGENCY AND STAND—BY POWER ONE—LINE 09-101—E613 — FREEZER ONE—LINE DIAGRAM 09-101—E615 — FREEZER ELEVATION DETAIL 09-101—SK—E616 — FREEZER SCHEDULE 09—YD—E122 — ELECTRICAL SITE PLAN REVIEITVE FOR CODE COMPLIANCE APPROVED JUN 0 5 2013 City of Tukwila BUILDING DIVISION M 1I" ISSUED FOR CONSTRUCTION APRIL 12, 2013 RECEIVED CITY OF TUKWILA MAY 242013 PERMIT CENTER DLR Group Architecture Engineering Planning Interiors SYM REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE DC FREEZER ADDITION J#16262 DLR GROUP vw 04.12.13 ® REGISTERED ARCHITECT ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED DRAWN DLR GROUP DATE SUBTITLE 04.12.13 CHECKED VW 04.12.13 SHEET INDEX CURRENT REVISION J#16262 SYMBOL DATE 04.12.13 APPROVED BY DEPT. DATE ENCINEER CHECKED APPROVED APPROVED TITLE DC FREEZER ADDITION BUILDING 09-101.1 ARCHITECTURAL MASTER COL. Z/21-22.5 DEV. CENTER, WA SHEET GOA JOB NO. J#16262 COMP NO. DWG NO. 09-101—GOA MJANES: 4/8/2013 2:38:36 PM LECEND/SYVBOLS MATERIAL SYVBOLS ABBREVIATIONS GE\ERAL NOTES & AND IN INCH ® AT INCL INCLUDED(D) (ING) AB ANCHOR BOLT JT JOINT ACP ACOUSTICAL CEILING PANEL ACT ACOUSTICAL CEILING TILE K KIP(S) ADJ ADJACENT KO KNOCK OUT AFF ABOVE FINISHED FLOOR AGG AGGREGATE L LENGTH LB LAG BOLT AL ALUMINUM LEN LENGTH ALT ALTERNATE LF LINEAL FEET ALUM ALUMINUM ANCH ANCHOR, ANCHORAGE LL LIVE LOAD APA AMERICAN PLYWOOD ASSOC. LWR LOWER APPD APPROVED MATL MATERIAL AP APPROXIMATE ASTM AMERICAN SOCIETY OF MAX MAXIMUM TESTING MATERIALS MB MACHINE BOLT MBR MEMBER BTWN BETWEEN MTL METAL BLDG BUILDING MFR MANUFACTURE(R) BLKG BLOCKING MIN MINIMUM BO BOTTOM OF MISC MISCELLANEOUS BOT BOTTOM MO MASONRY OPENING MT MOUNT(ED) (ING) C CHANNEL MTL METAL CB CATCH BASIN CC CENTER TO CENTER N NORTH (COORDINATE) CEM CEMENT NF NEAR FACE CF CUBIC FEET NIC NOT IN CONTRACT CFCI CONTRACTOR FURNISHED CONTRACTOR INSTALLED NO. NUMBER CG CORNER GUARD NOM NOMINAL CJ CONTROL JOINT NTS NOT TO SCALE CL CENTER LINE CLG CEILING OA OVERALL CLR CLEARANCE) 0/C ON CENTER COL COLUMN OD OUTSIDE DIAMETER COMP COMPRESS(ED) (ION) OF OUTSIDE FACE CONC CONCRETE OFCI OWNER FURNISHED CONTRACTOR INSTALLED CONN CONNECTIONOFOI OWNER FURNISHED OWNER INSTALLED CONST CONSTRUCTION OPG OPENING CONT CONTINUOUS, CONTINUE OPP OPPOSITE, OPPOSITE HAND CONTR CONTRACTOR CONTRACT(OR) PAR PARALLEL CT CERAMIC TILE PCC PRECAST CONCRETE CTSK COUNTERSUNK PCF POUNDS PER CUBIC FOOT CY CUBIC YARD(S) PERF PERFORATE(D) 0, DIA DIAMETER PERIM PERIMETER DBL DOUBLE PG PATTERN GLASS DEMOL DEMOLISH, DEMOLITION PL PLATE DEP DEPRESSED PLAM PLASTIC LAMINATE DIA DIAMETER PLYWD PLYWOOD DIAG DIAGONAL PNL PANEL DIM DIMENSION PREST PRESTRESS(ED) DL DEAD LOAD PRF PREFORMED DN DOWN PSF POUNDS PER SQUARE FOOT DS DOWNSPOUT PSI POUNDS PER SQUARE INCH DWG DRAWING PT POINT, PAINT PVC POLYVINYL CHLORIDE E EA EAST (COORDINATE) EACH R RADIUS (CURVATURE) EB EXPANSION BOLT R RISER EF EACH FACE RB RESILIENT BASE EJ EXPANSION JOINT REF REFERENCE, REFER TO EL ELEVATION REINF REINFORCE(D) (ING) ELEV ELEVATION REQ REQUIRE(D) (ING) EQ EQUAL REV REVERSE, REVISION(S), REVISED EW EACH WAY RH RIGHT HAND EX EXISTING RO S ROUGH OPENING EXP EXT EXPOSED EXTERIOR SOUTH (COORDINATE) SECT SECTION 1. OBTAIN & POST REQUIRED CONSTRUCTION PERMITS FROM THE CITY OF TUKWILA PRIOR TO COMMENCING CONSTRUCTION. 2. VERIFY ALL EXISTING CONDITIONS AND NOTIFY THE BOEING PROJECT CONSTRUCTION MANAGER SHOULD CONDITIONS DIFFER FROM DESIGN DOCUMENTS. 3. THE SCOPE OF WORK INCLUDES ALL WORK WITHIN THE CURRENT REVISION CLOUDS ON EACH SHEET. IF THERE IS NO CLOUD ON A SHEET THE ENTIRE SHEET IS IN THE SCOPE OF WORK. INFORMATION OR WORK (WHETHER CLOUDED OR NOT) REFERRED TO FROM WITHIN A CLOUD IS INCLUDED IN THE SCOPE OF WORK (I.E. - A SECTION OR DETAIL SYMBOL THAT LIES WITHIN A CLOUD ON A PLAN VIEW SHEET IS INCLUDED IN THE SCOPE EVEN WHEN THE ACTUAL SECTION OR DETAIL DRAWN ON THE DETAIL SHEET IS NOT CLOUDED.) 4. KEEP ALL AREAS UNDER CONSTRUCTION CLEAR OF DEBRIS CAUSED BY THIS SCOPE OF WORK. STORE CONSTRUCTION MATERIALS AND EQUIPMENT IN AREA DESIGNATED BY THE BOEING PROJECT CONSTRUCTION MANAGER. 5. VERIFY DIMENSIONS AND CONDITIONS SHOWN ON THE DRAWINGS AND ENSURE THAT THE JOINING OF THE WORK OF VARIOUS TRADES MEETS APPROPRIATELY. BRING DISCREPANCIES ON THE DRAWINGS OR IN SPECIFICATIONS TO THE ATTENTION OF THE BOEING PROJECT CONSTRUCTION MANAGER IMMEDIATELY UPON DISCOVERY. THE CONTRACTOR SHALL ADVISE BOEING, SUMMARIZE • THE SITUATION AND PROVIDE RECOMMENDATIONS TO RESOLVING POTENTIAL CONFLICTS PRIOR TO SUBMITTING ANY REQUESTS FOR INFORMATION (RFIs). 6. CONFORM ALL WORK TO APPLICABLE CODES, REGULATIONS AND INDUSTRY STANDARDS. 7. COMPLY WITH THE BOEING PROJECT CONSTRUCTION MANAGER FOR CONSTRUCTION AREA AND SECURITY REGULATIONS. 8. PROVIDE, AS IF DRAWN IN FULL, REPETITIVE FEATURES NOT FULLY SHOWN OR NOTED ON THE DRAWINGS. 9. DIMENSIONS ON DRAWINGS ARE TAKEN TO THE FACE OF MASONRY AND/OR CONCRETE WALLS, METAL STUDS, AND TO THE CENTERLINE OF COLUMNS, UNLESS OTHERWISE NOTED. 10. DOOR OPENINGS ARE 6" FROM ADJACENT WALLS OR CENTERED IN ROOM WALL, UNLESS DIMENSIONED OTHERWISE. 11. PARTITIONS SHALL RUN FULL HEIGHT, FROM FLOOR TO FLOOR ABOVE UNLESS SHOWN OR NOTED OTHERWISE. 12. PLANS WHICH APPEAR AS "BACKGROUNDS" ON CIVIL, STRUCTURAL, PLUMBING, HVAC, ELECTRICAL DRAWINGS ETC., ARE FOR THE PURPOSE ONLY OF ILLUSTRATING GENERAL PLAN CONFIGURATION. SUCH BACKGROUNDS SHALL NOT BE USED FOR PORTIONS OF THE WORK OTHER THAN THAT PERTAINING TO THE TITLE OF EACH SHEET. REFER TO THE APPROPRIATE SHEET FOR EACH SPECIFIC PORTION OF THE WORK. 13. COORDINATE THE WORK OF ALL TRADES. REFER TO ARCHITECTURAL, STRUCTURAL, MECHANICAL AND ELECTRICAL DRAWINGS IN DETAIL FOR COORDINATION OF SPECIFIC TRADE REQUIREMENTS. COORDINATE ALL ROUGH-IN REQUIREMENTS FOR EQUIPMENT FURNISHED BY CONTRACTOR OR BY OTHERS FOR THIS PROJECT. 14. PROVIDE MANUFACTURERS INSTALLATION INSTRUCTIONS TO THE BOEING PROJECT CONSTRUCTION MANAGER WHENEVER SUCH INSTRUCTIONS ARE REFERENCED IN THE CONSTRUCTION NOTES. 15. CONTRACTOR SHALL COORDINATE WITH THE BOEING PROJECT CONSTRUCTION MANAGER FOR STAGING AREAS WHERE CONTRACTOR MAY STORE SALVAGED MATERIALS TO BE REUSED IN LATER PARTS OF THIS PROJECT AND WHERE MATERIALS TO BE STAGED BY BOEING ARE TO BE LOCATED. 16. SYMBOLS SHOWN ON MATERIALS LIST ARE NOT ALWAYS USED IN DRAWINGS. VERIFY EXISTING MATERIAL AND SEE CONSTRUCTION NOTES FOR MATERIAL CALLOUTS. 17. WHERE EXISTING WORK IS DAMAGED, CUT OR DEFACED AS A RESULT OF DEMOLITION OR PERFORMANCE OF NEW WORK, THE CONTRACTOR IS TO PATCH AND REPAIR THE EXISTING TO MATCH ADJOINING SURFACES. REPAIRED FINISHES SHALL BE EXTENDED TO THE NEAREST VISUAL BREAK LINES SUCH AS CORNERS, CEILING LINES, TOP OF BASE, CHANGE IN MATERIAL OR SIMILAR. 18. ALL RECESSES LOCATED WITHIN FIRE RATED PARTITIONS SHALL BE CONSTRUCTED TO MAINTAIN REQUIRED FIRE RATING OF THE PARTITION. 19. ARCHITECTURAL REFLECTED CEILING PLANS INDICATE THE FINAL LOCATIONS OF MECHANICAL AND ELECTRICAL COMPONENTS. SEE THE REFLECTED CEILING PLANS FOR LOCATIONS OF ITEMS IN THE CEILING; SEE DISCIPLINE SHEETS FOR ALL INFORMATION ABOUT THE MECHANICAL AND ELECTRICAL COMPONENTS INDICATED ON ARCHITECTURAL REFLECTED CEILING PLANS. 20. PROVIDE CLOSURE, MEETING THE REQUIREMENTS OF GOVERNING FIRE AUTHORITIES, BETWEEN ALL FIRE RATED FLOORS, SHAFTS AND BUILDING PARTITIONS AND ALL PENETRATING DUCTS, PIPES, CONDUIT, MECHANICAL, ELECTRICAL, AND OTHER ITEMS. 21. THE CONTRACTOR IS RESPONSIBLE FOR REVIEW OF THE STRUCTURAL, MECHANICAL AND EARTH, DIRT, COMPACTED SECTION/DETAIL DESIGNATION 41(1BUILDING, WALL SECTIONS #X# AND DETAIL REFERENCES ..-- • .. '''a'#+9 STONE, GRAVEL, POROUS FILL SHEET NUMBER WHERE DETAILED V 4 BRICK, COMMON SHEET NUMBER REFERENCED FROM REFERENCE 5 f f CERAMIC TILE INTERIOR ELEVATION �/ , . ' .. ' .. ' .. . . CONCRETE #X # X # %i����VW;���l�l�l�l INSULATION: BATT, LOOSE FILL, BLANKET SHEET NUMBER WHERE DETAILED ,,,,,,,,>,,,,,>,>,,,,,,,�, `..°.,°.�`�.�`%�`o°�.�`%�`�,°.,�`o�`2 EARTH, DIRT, UNDISTURBED SHEET NUMBER REFERENCED FROM ��---� REFERENCE TO DETAIL/ENLARGED PLAN ••. INSULATION: RIGID #X # Alribl X # (.�i, \__� DETAIL DESIGNATION ALUMINUM r��.�.�.�,��.A BRASS, BRONZE, COPPER MPF At SHEET NUMBER WHERE DETAILED (IF SAME AS SHEET REFERENCED FROM) SECTION/DETAIL DESIGNATION V��/. METAL, STEEL, IRON "`' `.;;.":•;:.'"4;:'7•.:PLASTER: SAND, CEMENT, GROUT XXXXX XXXXX SHEET NUMBER WHERE DETAILED SHEET NUMBER REFERENCED FROM NORTH ARROW ELEVATION DATUM `" 'e ` ' ''':r' 1 `.''� PLASTER: GYPSUM WALL BOARD % 1 1 WOOD: FINISH WOOD: ROUGH CONTINUOUS WOOD: INTERRUPTED BLOCKING OR SPOT ELEVATION 111110 CEILING HEIGHT A.F.F. /1 /1 f XXXXXX ROOM NAME PLYWOOD: SMALL SCALE XXXX ROOM NUMBER • C PLYWOOD: LARGE SCALE ® DOOR NUMBER �__ GRID/GRID BUBBLE AND CENTERLINE - - ITEMS TO BE REMOVED CONSTRUCTION "FLAG" NOTE FOR SPECIFIC CONSTRUCTION DIRECTIVE GENERAL "BOAT" NOTE FOR vl WALL TYPE: CONCRETE MASONRY (CMU) ��� WALL TYPE: STEEL STUD 1-----1111.1-4r, WALL TYPE: WOOD STUD # > SPECIFIC OR EXISTING HISTORICAL WALL TYPE: EXISTING INFORMATION. © WINDOW FRAME TYPE WALL TYPE: REMOVAL © PARTITION/WALL TYPE END WALL GUARD -I 8 8 WALL TYPE: PARTITION (7'-0" HIGH) FAS FASTEN(ER)SF SQUARE FEET FE FIRE EXTINGUISHER SHT SHEET FEC FIRE EXTINGUISHER CABINET SIM SIMILAR FF FINISHED CEILING SQ SQUARE FF FACTORY FINISH SS SOLID SURFACING FF FINISHED FLOOR SST STAINLESS STEEL FGR FINISH GRADE ST STRUCTURAL TEE FH FIRE HYDRANT STD STANDARD FIN FINISH(ED) STL STEEL REVIEWED CODE COMPLIANCE APPROVED JUN 0 5 2J13 • Cityof Tukwila BUILDING DIVISION o FOR l ELECTRICAL DRAWINGS FOR CUTTING AND PATCHING WORK WITHIN THE BUILDING, BEYOND THE LIMITS OF THE ARCHITECTURAL DRAWINGS. 22. AT METAL STUD PARTITIONS, STUDS ARE TO EXTEND FROM FLOOR TO FLOOR U.N.O.. WHERE THEY CANNOT DO SO, DUE TO INTERFERENCE WITH NEW OR EXISTING DUCTS, PIPING, ETC., PROVIDE BRACING TO STRUCTURE ABOVE TO PROVIDE FOR EQUIVALENT SUPPORT OF PARTITION; SUBMIT EQUIVALENT SUPPORT METHOD TO ARCHITECT FOR REVIEW. ALL FIRE RATED PARTITIONS SHALL BE CONSTRUCTED TO MAINTAIN THEIR RATING FROM FLOOR TO UNDERSIDE OF STRUCTURE ABOVE, U.N.O. 23. PROVIDE ACCESS DOORS AS INDICATED OR AS NECESSARY AND VERIFY WITH MECHANICAL AND II I► WALL TYPE: GLASS CORNER GUARD I I ( CPT-1) FINISH DESIGNATION VCT REVISION CLOUD WITH REVISION LETTER "BEAK" A CPT FLOOR MAT'L TRANSITION STR STRUCTURAL FND FOUNDATION SYM SYMMETRY,SYMMETRICAL FOC FACE OF CONCRETE SYS SYSTEM FOF FACE OF FINISH T&B TOP AND BOTTOM FOIC FURNISHED BY OWNER/ T&G TONGUE AND GROOVE INSTALLED BY CONTRACTOR TEMP TEMPORARY FO FINISHED OPENING FRO FOR REFERENCE ONLY THK THICK(NESS) FT FOOT TOC TOP OF CURB FTG FOOTING TOC TOP OF CONCRETE TOL TOLERANCE FUT FUTURE TOS TOP OF STEEL FV FIELD VERIFY TS STRUCTURAL TUBE GA GAGE TYP TYPICAL CRFG GLASS FIBER REINFORCED GYPSUM GALV UBC UNIFORM BUILDING CODE GC GALVANIZED GENERAL CONTRACTOR UL UNDERWRITERS LABEL UNO UNLESS NOTED OTHERWISE GI GALVANIZED IRON UPR UPPER GR GRADE GT GROUT VB VAPOR BARRIER GWB GYPSUM WALL BOARD VC VINYL COMP. TILE VERT VERTICAL HDNR HARDENER VIF VERIFY IN FIELD HDWD HARDWOOD W WEST (COORDINATE) HDWR HARDWARE W WIDE FLANGE HG HIGH GRADE W WIDTH, WIDE HM HOLLOW METAL WC WATER CLOSET HORZ HORIZONTAL WD WOOD WITH HS HIGH STRENGTH WHO WITHOUT HT HEIGHT WWF WELDED WIRE FABRIC IBC INTERNATIONAL BLDG. CODE AND ID INSIDE DIAMETER MATERIAL SCHEDULENOTE: REFER TOEFORLOR ADDTONAL ID INSIDE DIMENSION FINISH AND DESIGNATIONS/ABBREVIATIONS ELECTRICAL SUBCONTRACTORS EXACT LOCATIONS OF MUST BE PROVIDED FOR ALL CONCEALED VALVES, CONCEALED JUNCTION BOXES, AND ELECTRICAL DEVICES OF EXPOSED ACCESS DOORS SHALL BE SUBMITTED INSTALLATION OF THE MECHANICAL AND ELECTRICAL 24. THE CONTRACTOR SHALL BE RESPONSIBLE FOR SAFETY WITH ALL SAFETY CODES, REGUALTIONS AND BOEING 25. THE CONTRACTOR SHALL RETAIN A FIRE PROTECTION WASHINGTON TO DETERMINE/DESIGN THE MODIFIED AREA OF WORK. SAID ENGINEER SHALL STAMP, SEAL COMPLIANCE W/ALL APPLICABLE CODES AND REGULATIONS. NECESSARY MODIFICATIONS AS A RESULT OF SAID 26. THE CONTRACTOR SHALL INSURE THAT THE ELEVATOR AND HYDRAULIC/ELECTRICAL ROUTING FULLY MEETS COMPLIANCE. FULLY COORDINATE WITH ARCHITECT 27. AT LOCATIONS WHERE STRUCTURE, PIPING, DUCTWORK, WALLS AND ARE EXPOSED TO VIEW, CONTRACTOR MEMBER AND INSTALL CONTINUOUS CAULKING AROUND ESCUTCHEONS MATCHING WALL COLOR AT PENETRATIONS. 28. FOR CONSISTENCY ALL CONSTRUCTION NOTES ("FLAG RCP'S, ARE SHOWN IN THEIR ENTIRETY. ALL CONSTRUCTION EVERY SHEET. 29. FRAME TYPES ARE TYPICALLY DRAWN LOOKING FROM M13� � 14W ISSUED FOR C 0 N S T R U CT I APRIL 12, 2013 ACCESS DAMPER CONTROLS, OR TO THE ARCHITECT EQUIPMENT. IN THE REQUIREMENTS. ENGINEER FIRE SPRINKLER AND CERTIFY CONTRACTOR ENGINEER'S CAR, EQUIPMENT STATE OF PRIOR TO CABLETRAY, SHALL COPE MEMBER NOTES") THE OUTSIDE O N REQUIRED BY THEIR WORK. ACCESS FIRE DAMPER LINKAGES, ACCESSORIES. LOCATIONS AND SIZES FOR REVIEW PRIOR TO AREA OF WORK IN ACCORDANCE LICENSED IN THE STATE OF SYSTEM LAYOUT WITHIN THE THAT HIS/HER DESIGN IS IN SHALL COORDINATE ALL DESIGN. ROOM, EQUIPMENT LAYOUT WASHINGTON CODES AND FABRICATION AND INSTALLATION. OR CONDUIT PENETRATES AS CLOSELY AS POSSIBLE TO THE AND PAINT OR PROVIDE FOR EACH GROUP: PLAN AND NOTES MAY NOT BE REFERENCED ON OR CORRIDOR SIDE UNO. RECEIVED CITY MAY "� PERMIT L' % I)LR Architecture Engineering OF TUKWILA 2 4 CENTER PIanning 2013 interiors FEO- FEC FIRE EXTINGUISHER FIRE EXTINGUISHER & CABINET © o SUPPLY AIR DIFFUSER , E RETURN AIR GRILLE I I FLOURESCENT LIGHT FIXTURE (PENDANT MOUNTED) B FLOURESCENT LIGHT FIXTURE (PENDANT MOUNTED) FLOURESCENT LIGHT FIXTURE ON EMERGENCY NIGHT LIGHT (NL) CIRCUIT Q RECESSED OR PENDANT LIGHTING FIXTURE o RECESSED OR PENDANT LIGHTING FIXTURE FLOURESCENT LIGHT FIXTURE ON EMERGENCY NIGHT LIGHT (NL) CIRCUIT I tS 1 WALL SCONCE 1 6 WALL SCONCE 2 ® EXIT SIGN (CEILING UNIT) 1-0 EXIT SIGN (WALL MOUNT) 1-0 I EXIT SIGN W/ DIRECTIONAL ARROW IF REQ'D SYM REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE oils...„mw" ® ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED DRAWN DLR GROUP DATE 04.12.13 SUBTITLE KEY SHEET CURRENT REVISION J#16262 SYMBOL DATE 04.12.13 5188 REGISTERED T ARHIiEC , ALD : 0 KRUSE $ ATE OF WASHINGTON CHECKED V. WIGEN 04.12.13 - DC FREEZER ADDITION J#16262 DLR GROUP VW 04.12.13 SHEET G1 ENGINEER TITLE DC FREEZER ADDITION BUILDING 09-101.1 ARCHITECTURAL MASTER DEV. CENTER, WA APPROVED BY DEPT. DATE CHECKED JOB N0. J#16262 COMP NO. APPROVED DWG NO. 09-101-G1 APPROVED MJANES: 4/8/2013 2:51:30 PM KHON: 02/13/13 MFCHA\CAL I LFCF\D GENERAL GENERAL GENERAL ABBREVIATIONS ABBREVIATIONS ABBREVIATIONS SYMBOL DESCRIPTION SYMBOL DESCRIPTION SYMBOL DESCRIPTION ABBREVIATION DESCRIPTION ABBREVIATION DESCRIPTION ABBREVIATION DESCRIPTION A ANCHOR HC HEATING COIL TDH TOTAL DYNAMIC HEAD (FEET OF WATER) 24x12 .• RECTANGULAR DUCT, FIRST NUMBER SUPPLY AIR FLOW DIRECTION, MV AUTOMATIC AIR VENT HD HEAD - FEET OF WATER TEMP TEMPERATURE 24x12 INDICATES SIZE FOR SIDE SHOWN _,.„ POSITIVE PRESSURE Q TEMPERATURE SENSOR, WALL AD ACCESS DOOR HORIZ HORIZONTAL TH TOTAL HEAD (FEET OF WATER) ADD ANGULAR DOWN DISCHARGE HP HORSEPOWER THC TOTAL HEAT CAPICITY 24x12 1><I DUCT SHOWN IN SECTION, ARROW POINTS TO SIDE CALLED OUT FIRST __Ir..,,, RETURN, OUTSIDE OR EXHAUST AIR FLOW DIRECTION, NEGATIVE PRESSURE T THERMOSTAT, WALL AF AIR FOIL WHEEL AFF ABOVE FINISHED FLOOR AMS AIR MEASURING STATION HPC HIGH PRESSURE CONDENSATE HR HOUR HVAC HEATING, VENTILATING AND AIR CONDITIONING THD TOP HORIZONTAL DISCHARGE THRD THREADED TOD TOP OF DUCT AP ACCESS PANEL REVIEWED HPU HEAT PUMP UNIT STEEL 240 ROUND DUCT, NUMBER INDICATES APPROX APPROXIMATELY FOR CODE COMP HTG HEATING TOP TOP OF PIPE 240 DIAMETER H 0 HUMIDITY SENSOR ARCH ARCHITECTURAL APPROVED AUD ANGULAR UP DISCHARGE HW DOMESTIC HOT WATER Hz HERTZ TP TOTAL PRESSURE, TRAP PRIMER TS TEMPERATURE SWITCH AVG AVERAGE JUN 0 5 2013 TSP TOTAL STATIC PRESSURE 24x12 4 OVAL DUCT, FIRST NUMBER INDICATES D NSIDELETGUDIIDE TV TURNING VANE 24x12 MAJOR DIAMETER, SECOND NUMBER INDICATES MINOR DIAMETER © CARBON DIOXIDE SENSOR, WALL BI BACKWARD INCLINED WHEEL BDD BACK DRAFT DAMPER City of Tukwila GV NSUL NLET GUIDE VANE NSULATION TYP TYPICAL BFP BACKFLOW PREVENTER BUILDING DIVISION N NCHES V VENT SUPPLY AIR DUCT, SQUARE OR RECTANGULAR ELBOW FACING TOWARDS © OCCUPANCY SENSOR BHD BOTTOM HORIZONTAL DISCHARGE BHP BRAKE HORSE POWER NSTAN NT NSTANTANEOUS NTERMEDIATE VAV VD VARIABLE AIR VOLUME VOLUME DAMPER BLDG BUILDING VP VELOCITY PRESSURE BOD BOTTOM OF DUCT KW KILOWATT KVA KILOVOLT VERT VERTICAL IN � v ~ SUPPLY RECTANGUIR LAR ELUARE OR BOW FACING AWAY �p DUCT TYPE SMOKE DETECTOR BOP BOTTOM OF PIPE OHERMALSTEEL -AMPERE LAT LEAVING AIR TEMPERATURE (F) VTA VENT TO ATMOSPHERE VTR VENT THROUGH ROOF B�U BRS ITI�H TM UNIT LBS, # POUNDS BTUH BRITISH THERMAL UNIT PER HOUR LVG LEAVING own) EXHAUST, RETURN OR SUPPLY AIR DUCT Q PRESSURE SENSOR BW BUTTWELD LWT LEAVING WATER TEMPERATURE CO ID INSIDE DIAMETER �Lr ROUND, ELBOW FACING TOWARDS IE INVERT ELEVATION C COMMON MA MIXED AIR F=F:Dt_ EXHAUST, RETURN OR SUPPLY AIR DUCT ROUND, ELBOW FACING AWAY Q "�` PRESSURE SENSOR HIGH/LOW LIMIT Cv FLOW COEFFICIENT 'C TEMPERATURE - DEGREES CELSIUS CAP CAPACITY CC COOLING COIL MAX MAXIMUM MBH BTU PER HOUR X 1000 MCC MOTOR CONTROL CENTER MECH MECHANICAL W WASTE WB WET BULB TEMPERATURE WG WATER GAUGE WCO WALL CLEAN OUT CCW COUNTER CLOCKWISE ROTATION MIN MINIMUM WS WET STAND PIPE EXHAUST AIR OR RETURN AIR DUCT, CFM CUBIC FEET PER MINUTE MOV MOTOR OPERATED VALVE WSEC WASHINGTON STATE ENERGY CODE 2009 SQUARE OR RECTANGULAR, ELBOW CI CAST IRON MTD, MTG MOUNTED, MOUNTING WH WATER HEATER FACING TOWARDS DIFFUSER AND GRILLE CALLOUTS CENTER LINE WHA WATER HAMMER ARRESTOR AIR OR RETURN AIR DUCT, q CO CLEANOUT NC NORMALLY CLOSED 1���1EXHAUST SQUARE OR RECTANGULAR, ELBOW SUPPLY GRILLE, MARK SG COMB COMBUSTION NEC NATIONAL ELECTRIC CODE NIC NOT IN CONTRACT FACING AWAY CONN CONNECTION NO NORMALLY OPEN / NUMBER TRANSITION RECTANGULAR TO RECTANGULAR SG -200 DESIGN CFM, SEE SCHEDULE FOR DIFFUSER AND GRILLE NECK SIZE, CONT CONTINUED/CONTINUATION COTG CLEAN OUT TO GRADE CPLG COUPLING CRU COMPUTER ROOM UNITS NTS NOT TO SCALE NPSH NET POSITIVE SUCTION HEAD OA OUTSIDE AIR A CRAG COMPUTER ROOM AIR CONDITIONING UNITS OBD OPPOSED BLADE DAMPER HEEL TAP OR LOW LOSS TRANSITION AT TYPICAL CW DOMESTIC COLD WATER OCC OCCUPANCY SENSOR TAKE OFF FROM OVAL TO ROUND OR CD -CFM = CEILING SUPPLY DIFFUSER OF OVERFLOW i ROUND TO ROUND FSD-CFM = FLOOR SUPPLY DIFFUSER DA ACTING OS&Y OUTSIDE SCREW AND YOKE TRANSITION SQUARE OR RECTANGULAR SG -CFM = SUPPLY GRILLE DB DRY BULB TEMPERATURE DBD DOWN BLAST DISCHARGE OD OUTSIDE DIAMETER OVHD OVERHEAD TO ROUND OR OVAL DEG ' DEGREES DI DUCTILE IRON PBD PARALLEL BLADE DAMPER DIA 0 DIAMETER PCD PUMPED CONDENSATE DRAIN CONICAL SPIN -IN PD/LP PRESSURE DROP OR DIFFERENTIAL PRESSURE W/ VOLUME DAMPER (NOT SHOWN) DIM DIMENSION DL DELUGE PDI PLBG. & DRAINAGE INSTITUTE V DN DOWN PIV POST INDICATOR VALVE UP DS DOWNSPOUT PLS DUCT PRESSURE LIMIT SWITCH -F— t DOWN DWG DRAWING POC POINT OF CONNECTION 1 DUCT OFFSET UP OR dB DECIBELS POS POSITION DN PRESS PRESSURE T1 OPPOSED BLADE DAMPER DP DRY PIPE (E) EXISTING EA EXHAUST AIR / EACH PRSSURE PSV PRESSURE SW TCH REGULATING VALVE EAT ENTER AIR TEMPERATURE CO PSIG PRESSURE - POUNDS PER SQUARE INCH, GAUGE PARALLEL BLADE DAMPER EDC EVERETT DELIVERY CENTERrill EFF EFFICIENCY ELL ELBOW PSV PRESSURE RELIEF (SAFETY) VALVE RA REVERSE ACTING (CONTROLLER) / RETURN AIR RECT RECTANGULAR REF REFERENCE trl VOLUME DAMPER ELEC ELECTRICAL ELEV, EL ELEVATION ENT ENTERING ESP EXTERNAL STATIC PRESSURE REV REVISED RH RELATIVE HUMIDITY RM ROOM DUCT DAMPER, MOTOR OPERATED+—"V (ELECTRIC) ETP ELECTRONIC TRAP PRIMER EVAP EVAPORATOR EWT ENTERING WATER TEMPERATURE EXH EXHAUST ROT ROTATION RPM REVOLUTIONS PER MINUTE RPBP REDUCED PRESSURE BACKFLOW PRESENTER RQD REQUIRED EXIST EXISTING RTN RETURN —0- BACK DRAFT DAMPER (ALLOWS EXT EXTERIOR / EXTERNAL SA SUPPLY AIR RN IN DIRECTION OF ARROW) RAIR, BDD FLOW 'F TEMPERATURE - DEGREES FAHRENHEIT SCFM CUBICSAN FEET OFY AT STANDARD CONDITIONS AD OR AP F FREEZE STAT SG SUPPLY GRILLE ACCESS DOOR (AD) OR ACCESS PANEL (AP) FC FORWARD CURVE WHEEL FD FIRE DAMPER, FLOOR DRAIN SHC SENSIBLE HEAT CAPACITY SHF SENSIBLE HEAT FACTOR FLR FLOOR SHT SHEET 1 RECTANGULAR DUCT, SQUARE ELBOW WITH TURNING VANES FCO FLOOR CLEAN OUT FOB FLAT ON BOTTOM SO SCREENED OPENING SOV SOLENOID OPERATED VALVE WIII FOF FACE OF FLANGE FOIC FURNISHED BY OWNER, INSTALLED BY CONTRACTOR SP STATIC PRESSURE FOT FLAT ON TOP FPM FEET PER MINUTE'1))_ SPEC SPECIFICATION SQ SQUARE RECTANGULAR DUCT, LONG RADIUS ELBOW FPWH FREEZE PROOF WALL HYDRANT SS STAINLESS STEEL STL STEEL 'aIri FS FLOW SWITCH, FIRE SPRINKLER (WET PIPE) Ff FEET UC STRUCTURAL SUPPLY AIR SIDEWALLt SW SOCKET WELD,SITE WATER r GRILLE OR REGISTER FV FACE VELOCITY FPM SUCT SUCTION FW FIRE WATER GAL GALLONS RECEIVED O CEILING DIFFUSER GPM GALLONS PER MINUTE GALV GALVANIZED CITY OF TUKWILA MAY 2 4 2013 GA GAGE, GAUGE GCO GRADE CLEANOUT PERMIT CENTER -40 FLEXIBLE DUCT ISSUED FOR CONSTRUCTION ®�d 7,1 3ooqurthAveNE, APRIL 12, 2013Hdriner ril Suite too Bellevue WA g800ywood425.628.6000 _ woodharbmger.com n SYM REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE ACCEPTABILITY DRAWN G. VERSEGI DATE 04.12.13 SUBTITLE CURRENT REVISION J# 16262 SYMBOL — DATE 04.12.13 w `�'�.1► AS,re ` THIS DESIGN AND/OR CHECKED HVAC LEGEND - DC FREEZER ADDITION 16262 J# WH GV 04.12.13 okst , '' SPECIFICATION IS APPROVED E. CARSON 04.12.13 SHEET 9���� � • .��� E ENGINEER ffra raerm" ® _ APPROVED BY DEPT. DATE VERSEGI 04.12.13 TITLE DC FREEZER ADDITION 1 i . ,..,_ _, � ''' CHECKED E. LARSON 04.12.13 f` E5982 BUILDING9-101 JOB N0. COMP N0. /o APPROVED 16262 ��+tAL ' � APPROVED MECHANICAL MASTER D.C. DWG NO. 9-101-M1 KHON: 02/13/13 VI - CT IA\ CAS PIPE IDENTIFICATION SYMBOL DESCRIPTION --t 1— PROCESS WATER PW T ROOF DRAIN ARROW REFERENCE L NEING TO ARROW SIDE � } N BASIC DETAIL TAIL REFERENCE SPECIFICATIONS, OR 3 W { 8N} (N) ELEMENTS IN THIS AREA REMAIN AS SHOWN WHEN TAIL AND ARROW ARE REVERSED OR ARROW SIDE MEMBER OF JOINT WELD ALL AROUND SYMBOL REFERENCE LINE NUMBER OF SPOT OR PROJECTION WELDS WELD SYMBOL OR REFERENCE (MAY BE OMITTED WHEN IS NOT USED PROCESS OTHER REFERENCE G".,. BACK WELD L FILLET WELD TRAP, FLOAT REFRIGERANT SUCTION (GAS) RS PLUG OR SLOT WELD Iiim RWL 11 SQUARE WELD O SPOT OR PROJECTION WELD SANITARY WASTE ABOVE GRADE OR FLOOR SAN —b 1-- PUMPED CONDENSATE DRAIN PCD 0 VI - CT IA\ CAS PIPE IDENTIFICATION SYMBOL DESCRIPTION --t 1— PROCESS WATER PW P ROOF DRAIN RD DIRECTION OF FLOW REFRIGERANT DISCHARGE RDS 1 REFRIGERANT HOT GAS RHG EQUIPMENT MARK NUMBER REFRIGERANT LIQUID RL TRAP, FLOAT REFRIGERANT SUCTION (GAS) RS TRAP SEAL PRIMER VALVE RAIN WATER LEADER RWL HIDDEN OR BELOW GRADE SPRINKLER LINE S UNCLASSIFIED VALVE SANITARY WASTE ABOVE GRADE OR FLOOR SAN —b 1-- PUMPED CONDENSATE DRAIN PCD 0 STEAM SUPPLY STM v SITE WATER — SW - TP- TRAP PRIMER VALVE BOX VENT V --o PROCESS VACUUM VAC WYE STRAINER (WITH DRAIN VALVE) VACUUM PUMP DISCHARGE VPD D \G LI - GI- \D PIPE FITTINGS SYMBOL DESCRIPTION --t 1— SOLVENT CEMENT TEST PLUG P SPRING HANGER DF DIRECTION OF FLOW UNION, FLANGED —11 1 UNION, SCREWED WP EQUIPMENT MARK NUMBER WELDED FITTING EXIST TRAP, FLOAT HOSE KIT CI LAV TRAP SEAL PRIMER VALVE /////// PIPING SPECIALTIES SYMBOL DESCRIPTION --t 1— BREAK IN PIPE TEST PLUG CROSSING LINES, NO CONNECTION I DF DIRECTION OF FLOW THERMOMETER, LINE MOUNT 1 i 1 THERMOMETER, SEPARABLE WELL MOUNT WP EQUIPMENT MARK NUMBER T EXIST TRAP, FLOAT LAVATORY, ROUND COUNTER MOUNT CI LAV TRAP SEAL PRIMER VALVE /////// TP HIDDEN OR BELOW GRADE I --o0— UNCLASSIFIED VALVE 111[x]111 v -I — —b 1-- A VACUUM DROP (LAB VAC) 0 VACUUM OUTLET (LAB VAC) HARD PIPED CRW v NEW WORK VACUUM CLEANING OUTLET POC O VALVE BOX -Icz-I— VALVE IN RISER (TYPE SPECIFIED) --o WATER HAMMER ARRESTOR —CDWS— WYE STRAINER (WITH DRAIN VALVE) �, DOMESTIC COLD WATER CW GENERAL SYMBOL DESCRIPTION --t 1— BREAK IN PIPE I CROSSING LINES, NO CONNECTION I DF DIRECTION OF FLOW la Ewc SLOPE DIRECTION OF SLOPE, DOWN ®. WP EQUIPMENT MARK NUMBER FLOOR DRAIN EXIST EXISTING WORK LAVATORY, ROUND COUNTER MOUNT CI LAV EXISTING TO BE REMOVED /////// WATER CLOSET, FLUSH VALVE, WALL HUNG HIDDEN OR BELOW GRADE I --o0— IN-LINE RECIRCULATING PUMP 111[x]111 INSULATED PIPE —b 1-- COOLING WATER SUPPLY WYE AND 1/8 BEND, SHOWN WITH CLEAN OUT INSULATED PIPE WITH ELECTRIC HEAT TRACING -6 -- CRW FD NEW WORK D POC POINT OF CONNECTION PIPE ELBOW, 90' SHORT RADIUS PUMP — CTFS — --o FIXTURES SYMBOL DESCRIPTION O CIRCULAR WASHFOUNTAIN --II co DRINKING FOUNTAIN _O DF CLEAN OUT, FLOOR la Ewc ELECTRIC WATER COOLER ra EWCH ELECTRIC WATER COOLER FOR HANDICAPPED C FD FLOOR DRAIN 0 0 LAv LAVATORY, ROUND COUNTER MOUNT CI LAV LAVATORY, RECTANGULAR COUNTER OR WALL MOUNT CCjwc WATER CLOSET, FLUSH VALVE, WALL HUNG LATERAL I TD TRENCH DRAIN 111[x]111 © WR WASTE RECEPTOR, ROOF COOLING WATER SUPPLY WYE AND 1/8 BEND, SHOWN WITH CLEAN OUT 1 111 Co CRV CRW FD FLOOR DRAIN D nil FD FLOOR DRAIN ABOVE PIPE ELBOW, 90' SHORT RADIUS COOLING TOWER FILTER SUPPLY — CTFS — —CDWR— CONDENSER WATER RETURN —CDWS— CONDENSER WATER SUPPLY WASTE FITTINGS SYMBOL DESCRIPTION -4)- 1/4 BEND --II co CLEAN OUT, EXPOSED _O FCO CLEAN OUT, FLOOR ACID WASTE --I wco CLEAN OUT, WALL CONDENSATE RETURN (GRAVITY) C FFD FUNNEL FLOOR DRAIN CD FLEXIBLE PIPE CONNECTION CHEMICAL FEED FUD FUNNEL DRAIN 0 —CHWS— LATERAL I TD TRENCH DRAIN 111[x]111 © WR WASTE RECEPTOR, ROOF COOLING WATER SUPPLY WYE AND 1/8 BEND, SHOWN WITH CLEAN OUT 1 111 Co CRV CRW FD FLOOR DRAIN D nil FD FLOOR DRAIN ABOVE PIPE IDENTIFICATION SYMBOL DESCRIPTION COMPRESSED AIR, PLANT A 0 ARGON GAS AR —D ACID WASTE AW AIR OUTLET - HARD PIPE, SIMPLEX / DUPLEX CONDENSATE RETURN (GRAVITY) C -11--11- CONDENSATE DRAIN CD FLEXIBLE PIPE CONNECTION CHEMICAL FEED CF —CHWR— CHILLED WATER RETURN —CHWS— CHILLED WATER SUPPLY CLD CLEAR WATER DRAIN BALANCE VALVE WITH METERING PORTS —CLWR— COOLING WATER RETURN —CLWS— COOLING WATER SUPPLY BALL VALVE, OPEN / CLOSED CORROSION RESISTANT VENT CRV CRW CORROSION RESISTANT WASTE PIPE CROSS 1 ti COOLING TOWER FILTER RETURN — CTFR — PIPE ELBOW, 90' SHORT RADIUS COOLING TOWER FILTER SUPPLY — CTFS — —CDWR— CONDENSER WATER RETURN —CDWS— CONDENSER WATER SUPPLY PIPE ELBOW, 45' DOMESTIC COLD WATER CW —1-3 DRAIN D PIPE GUIDE DEIONIZED WATER DI PIPE HANGER DISTILLED WATER DW Y FIRE LINE, AHEAD OF ALARM VALVE F 1 FIRE HOSE CABINET PIPING FH MANUAL AIR VENT (WITH DRAIN) FUEL OIL RETURN FOR • FUEL OIL SUPPLY FOS a— FUEL OIL VENT FOV O FILTERED WATER FW G NATURAL GAS PIPE TEE, UP OR TOWARD PETE'S PLUG, WITH BALL VALVE CONDENSATE, STEAM (HIGH PRESSURE) HPC 101 CONDENSATE RETURN (HIGH PRESSURE) HPR PRESSURE GAUGE WITH VALVE STEAM SUPPLY (HIGH PRESS, 125-250 PSIG) HPS —HPWS— HEAT PUMP WATER SUPPLY —HPWR— HEAT PUMP WATER RETURN -e--e- HEAT RECOVERY SUPPLY HRS HEAT RECOVERY RETURN HRR QUICK OPENING VALVE DOMESTIC HOT WATER SUPPLY HW QUICK CLOSING VALVE, FUSIBLE LINK DOMESTIC HOT WATER CIRCULATING HWC SOLENOID OPERATED VALVE HEATING WATER RETURN HWR STEAM TRAP HEATING WATER SUPPLY HWS INSTRUMENT AIR IA Xi INDIRECT DRAIN ID INDUSTRIAL WASTE IW LN2 LIQUID NITROGEN CONDENSATE, STEAM (LOW PRESSURE) LPC LIQUID PETROLEUM GAS LPG STEAM SUPPLY (LOW PRESS, 0-15 PSIG) LPS CONDENSATE, STEAM (MEDIUM PRESSURE) MPC STEAM SUPPLY (MEDIUM PRESS, 15-125 PSIG) MPS OILY WASTE OW —PCWS— PROCESS COOLING WATER SOURCE —PCWR— PROCESS COOLING WATER RETURN CONDENSATE RETURN (PUMPED) PR PIPE FITTINGS SYMBOL DESCRIPTION BELL & SPIGOT ) ) 0 BLIND FLANGE 11 —D AIR DROP - HOSE, SIMPLEX / DUPLEX BUSHING AIR OUTLET - HARD PIPE, SIMPLEX / DUPLEX —NIP— EXPANSION JOINT -11--11- FLANGED FITTING AUTOMATIC FLOW CONTROL VALVE (NUMBER INDICATES GPM) FLEXIBLE PIPE CONNECTION :•:•:•: AAV HOSE BIBB HB BACKFLOW PREVENTER HOSE BIBB - NON FREEZE - N HB BALANCE VALVE WITH METERING PORTS PIPE ANCHOR —X- BALANCE VALVE W/0 METERING PORTS PIPE CAP SCREWED OR SOLDER JOINT BALL VALVE, OPEN / CLOSED --tit— PIPE CAP, WELDED OR GROOVED D COOLING COIL CHILLED WATER PIPE CROSS 1 ti FLOAT VALVE PIPE ELBOW, 90' SHORT RADIUS _sR --41" PIPE ELBOW, 90' LONG RADIUS —1 PIPE ELBOW, REDUCING —`N PIPE ELBOW, 45' —'0 PIPE ELBOW, TURNED UP OR TOWARD —1-3 PIPE ELBOW, TURNED DOWN OR AWAY GATE VALVE, OUTSIDE SCREW AND YOKE PIPE GUIDE = 4:01-/ PIPE HANGER X Y PIPING MATERIAL CHANGE, X TO Y 1 --ta PIPE PLUG MANUAL AIR VENT (WITH DRAIN) PIPE REDUCER CONCENTRIC MOTOR OPERATED VALVE • PIPE REDUCER ECCENTRIC NEEDLE VALVE a— PIPE SUPPORT —�- O PIPE TEE, STRAIGHT ' f' —'0 M— PIPE TEE, UP OR TOWARD PETE'S PLUG, WITH BALL VALVE VH-- PIPE TEE, DOWN OR AWAY 101 SCREWED FITTING OR AS SPECIFIED PRESSURE GAUGE WITH VALVE All SEISMIC HANGER S SEISMIC LOOP A) = -e--e- SOLDERED FITTING PIPING SPECIALTIES SYMBOL DESCRIPTION 2 WAY CONTROL VALVE W/PNEUMATIC ACTUATOR c2a 0 3 WAY CONTROL VALVE W/PNEUMATIC ACTUATOR A / 0 AIR DROP - HOSE, SIMPLEX / DUPLEX e / e AIR OUTLET - HARD PIPE, SIMPLEX / DUPLEX ES ANGLE GLOBE VALVE, ELEVATION / PLAN 400 AUTOMATIC FLOW CONTROL VALVE (NUMBER INDICATES GPM) AAV AUTOMATIC AIR VENT (WITH DRAIN) BACKFLOW PREVENTER EMP - BALANCE VALVE WITH METERING PORTS —aa— BALANCE VALVE W/0 METERING PORTS -RPE-/-1•F BALL VALVE, OPEN / CLOSED --tit— BUTTERFLY VALVE COOLING COIL CHILLED WATER rte! FLOAT VALVE b FLOWMETER, VENTURI TYPE ' FLOWMETER ORIFICE ; --,/ ISOLATION VALVE, OPEN / CLOSE _A____ GATE VALVE, OUTSIDE SCREW AND YOKE —tea GATE VALVE, WITH HOSE CONNECTION 4:01-/ GLOBE VALVE, OPEN / CLOSED HEATING COIL Com! -V1-/ $ LIFT CHECK VALVE -MAV MANUAL AIR VENT (WITH DRAIN) N1 MOTOR OPERATED VALVE NEEDLE VALVE a— © NITROGEN DROP O NITROGEN OUTLET PETCOCK M— t-H•FE PETE'S PLUG, WITH BALL VALVE VH-- PLUG VALVE/STOP COCK F iC PRESSURE GAUGE WITH VALVE All PRESSURE REGULATING VALVE W/EXT PRESS TAP PRESSURE REGULATING VALVE (SELF CONTAINED) AlII PRESSURE RELIEF VALVE / SAFETY VALVE QUICK OPENING VALVE QUICK CLOSING VALVE, FUSIBLE LINK t<a Ni SOLENOID OPERATED VALVE II STEAM TRAP — SWING CHECK VALVE WITH FLOW Xi GAS PRESSURE REGULATOR SYM REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE DC FREEZER ADDITION J# 16262 WH GV 04.12.13 ff717M4° �r- ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED D=7 W G. VERSEGI A 04.12.13 WELDING SYMBOL DESCRIPTION ROOT OPENING CONTOUR SYMBOL GROOVE ANGLE, DEPTH OF FILLING FINISH SYMBOL OF LCOUNTERSINK FOR PLUG AND FOR PLUGWELD SLOT WELDS EFFECTIVE LENGTH OF WELD THROAT F1 PITCH (CENTER TO SIZE OR CENTER SPACING) STRENGTH FOR A OF WELDS CERTAIN WELDS R FIELD WELD SYMBOL 1Mu42.13 M ISSUED FOR CONSTRUCTION APRIL 12, 2013 REVIEWED FOR CODE COMPLIANCE APPROVED JUN 0 5 2013 City BUILDINGTukwila VISION RECEIVED CITY OF TUKWILA MAY 2 4 2013 PERMIT CENTER Wood Harbinger 3009 uith Ave NE, Suite 100 Bellevue WA 98004 425.628.6000 CHECKED E. LARSON 04.12.13 SUBTITLE PIPING LEGEND CURRENT REVISION J# 16262 SYMBOL DATE 04.12.13 APPROVED BY DEPT. DATE ENCINEER G. VERSEGI CHECKED E. LARSON 04.12.13 04.12.13 APPROVED APPROVED TITLE MECHANICAL MASTER DC FREEZER ADDITION BUILDING 9-101 D.0 SHEET M1A JOB NO. 16262 COMP NO. DWG NO. 9-101-M1A KHON: 02/13/13 09:58 SPOT COOLING UNIT (SCU) SCHEDULE MARK NUMBER LOCATION TYPE NOMINAL CAPACITY TONS FAN FAN MOTOR COIL COOLING CAPACITY CHILLED WATER HUMIDIFIER ELECTRIC REHEAT COIL AIR FILTER ELECTRICAL SERVICE MANUFACTURER & MODEL NUMBER OPERATING WEIGHT (LBS.) REMARKS TYPE & DEPTH EFFICIENCY PER ASHRAE 52-76 MAX FINAL SP WG DRIVE TYPE CAPACITY (CFM) ESP IN WG HP CAPACITY MBH ROOM TEMP ( F) FLOW GPM EWT F LWT F MAX PD (4 MAX FLOW FT H2O CAP #/HR KW VOLTS PHASE HZ SENSIBLE TOTAL DB WB SCU-1 EQUIPMENT ROOM "A"CHILLED CEILING MOUNTED WATER COOLING 5 DIRECT 2150 1250 0.5 0.3 1 1/2 54.5 22.4 67.9 28.5 75 75 62.5 62.5 13.6 5.7 45 45 55 55 20.32 7.62 10.0 4.5 3.3 1.5 11.4KW 4.8KW 4" THICK DISPOSABLE FIBERGLASS 4" THICK DISPOSABLE _FIBERGLASS 30% 30% .25 .25 208 208 3 1 60 60 LEIBERT "MINI -MATE PLUS"MME092C LEIBERT "MINI -MATE PLUS" MME040C 310 235 SUPPLY AIR DIFFUSER SCU-2 EQUIPMENT ROOM "B"CHILLED CEILING MOUNTED WATER COOLING 3 DIRECT AIR DIFFUSER / REGISTER / GRILLE (AIR) SCHEDULE MARK NUMBER TYPE MATERIAL FINISH INLET/NECK SIZE, INCHES MAX. NOISE COEFFICIENT MAX. TP INCH WG. MAXIMUM SET CFM MANUFACTURER & MODEL NUMBER RG -1 RETURN AIR GRILLE ALUMINUM BAKED -ON ENAMEL 8/6 22 .22 VARIES TITUS MODEL NO. 50F W/BORDER TYPE 3 (1/2" X 1/2" X 1" EGGCRATE GRILLE) RG -2 RETURN AIR GRILLE ALUMINUM BAKED -ON ENAMEL 24/12 11 .092 VARIES TITUS MODEL , NO. 50F W/BORDER TYPE 3 (1/2" X 1/2" X 1" EGGCRATE GRILLE) RG -3 RETURN AIR GRILLE STEEL BAKED -ON ENAMEL 10/10 16 .164 490 TITUS MODEL NO. 50F W/BORDER TYPE 3 (1/2" X 1/2" X 1" EGGCRATE GRILLE) SD -1 SUPPLY AIR DIFFUSER STEEL BAKED -ON ENAMEL 12"0 18 .043 490 TITUS MODEL "TMSA" 24/24 FACE SD -2 SUPPLY AIR DIFFUSER STEEL BAKED -ON ENAMEL 8"0 22 .080 SEE PLAN TITUS MODEL "TMSA" 24/24 FACE SD -3 SUPPLY AIR DIFFUSER STEEL BAKED -ON ENAMEL 10"0 23 .076 440 TITUS MODEL "TMSA" 24/24 FACE SD -4 SUPPLY AIR DIFFUSER STEEL BAKED -ON ENAMEL 6"0 27 .050 SEE PLAN TITUS MODEL "TMSA" 12/12 FACE SG -1 SUPPLY AIR GRILLE STEEL BAKED -ON ENAMEL 12/10 24 .085 475 TITUS MODEL NO. 300RL SG -2 SUPPLY AIR GRILLE STEEL BAKED -ON ENAMEL 10/10 19 .065 350 TITUS MODEL NO. 300RL AIR CONDITIONING UNIT (AC) SCHEDULE MARK NUMBER LOCATION TYPE NOMINAL CAPACITY TONS FAN FAN MOTOR COIL COOLING CAPACITY CHILLED WATER COIL CONN SIZE REMARKS DRIVE TYPE CAPACITY (CFM) ESPCAPACITY IN WG HP VOLTAGE PHASE FLA 0.25 MBH RM TEMP F FLOW GPM EWT F MAX PD 0 MAX FLOW FT H2O SENSIBLE TOTAL DB WB AC2AIOA TELEPHONE ROOM SPOT COOLER 2 DIRECT 880 0.5 1/3 208/230 I 3.2 24.1 36.0 80 67 7.2 42 5.4 I/2"MPT BSC MODEL CW2, EXIST UNIT TO BE REUSED ROOF, E7 CONVERTER STATION #3 26 3600 0.125 330 V -BELT 1/3 120/1 GREENHECK GB -260-3, WITH REINFORCED WHEEL EFRE I I A ROOF, E12.2 2ND FLOOR CLG PLE 1UM 48 16100 0.25 310 V -BELT 2 EXHAUST FAN (EF) SCHEDULE N�Pf+��ER LOCATION AREA SERVED (ROOM NO.) EXHAUST FAN REMARKS FAN WHEEL SIZES (INCHES) CFM TOTAL S I TIC PRE S . A RPM X , DRI DE MO POR VOLTS/PH KW ROOF, E12.2 2ND FLOOR CLG PLE JUM 48 16100 0.25 310 V -BELT 2 480/3 GREENHECK GB -480-20, CENTRIFUGAL ROOF EXHAUSTER EFRD I I A EFRD 15A ROOF, E16.2 2ND FLOOR CLG PLE 1UM 48 16100 0.25 310 V -BELT 2 480/3 GREENHECK GB -480-20, CENTRIFUGAL ROOF EXHAUSTER EFRE6A ROOF, E6 TOILET ROOM EXHAUST 33 6690 0,70 430 V -BELT 2 480/3 GREENHECK GB -330-20, WITH REINFORCED WHEEL EFRE7A ROOF, E7 CONVERTER STATION #3 26 3600 0.125 330 V -BELT 1/3 120/1 GREENHECK GB -260-3, WITH REINFORCED WHEEL EFRE I I A ROOF, E12.2 2ND FLOOR CLG PLE 1UM 48 16100 0.25 310 V -BELT 2 480/3 GREENHECK GB -480-20, CENTRIFUGAL ROOF EXHAUSTER EFREI2A ROOF, E,5,I2.5 , IIUN UUNVLKIj�j2 S 30 3600 0.125 280 V -BELT 1/3 120/1 GREENHECK GB -300-3, CENTRIFUGAL ROOF EXHAUSTER EFREI2E ROOF, E.9,12.8 TOILET ROOM EXHAUST 30 6400 0.85 600 V -BELT 1 1/2 480/3 GREENHECK GB -300-15, CENTRIFUGAL ROOF EXHAUSTER EFRE 15A ROOF, E16.2 2ND FLOOR CLG PLE 1UM 48 16100 0.25 300 V -BELT 2 480/3 GREENHECK GB -480-20, CENTRIFUGAL ROOF EXHAUSTER EFRFSA ROOF, F5.5 2ND FLOOR CLG PLE 1UM 42 11 , 37E 0.25 325 V -BELT 1 1/2 480/3 GREENHECK GB -420-15, CENTRIFUGAL ROOF EXHAUSTER EFRFSB ROOF, F5,5 2ND FLOOR CLG PLE 1UM 42 11 , 37E 0.25 325 V -BELT 1 1/2 480/3 GREENHECK GB -420-15, CENTRIFUGAL ROOF EXHAUSTER EFRFSC ROOF, F5.5 2ND FLOOR CLG PLE 1UM 42 11 , 37E 0.25 325 V -BELT 1 1/2 480/3 GREENHECK GB -420-15, CENTRIFUGAL ROOF EXHAUSTER EFRFSD ROOF, F5.5 2ND FLOOR CLG PLE 1UM 42 11 , 37E 0.25 325 V -BELT 1 1/2 480/3 GREENHECK GB -420-15, CENTRIFUGAL ROOF EXHAUSTER EFRF6A ROOF, F6 2ND FLOOR REPRO R)0M16 2400 0.50 1065 V -BELT 1/2 120/1 GREENHECK GB -I60-5, CENTRIFUGAL ROOF EXHAUSTER EF -4 ELECTRICAL ROOM ROOF ELECTRICAL ROOF - 7,80( 1.25 744 V -BELT 3 480/3/6 GREENHECK CUBE -300 MOTORIZED DAMPER & ACOUSTICAL ROOF CURB • •. • •0 T• •.: 7 : ! , . - • V- T 3 4:: .: . : ! : 1 : - : ; - OUST I CAL ROOF CURB EF -6 MECHANICAL ROOM - FREEZER MECHANICAL ROOM - 4,300 0,7 1 643 V -BELT 2 480/3/6 GREENHECK BSQ- 160 WITH VFD EF -7 ELECTRICAL ROOM - FREEZER ELECTRICAL ROOM - 2,40( 0,5 1442 V -BELT 3/4 480/3/6 GREENHECK BSQ- 140 VARIABLE AIR VOLUME TERMINAL UNIT (VAV) SCHEDULE MARK NUMBER MANUFACTURER AND MODEL PRIMARY AIR CFM RANGE UNIT SIZE PRIMARY AIR INLET SIZE (INCHES) FAN ELECTRICAL COIL PRIMARY AIR VALVE S.P. (INCH W.G.) N. C. RADIATED AREA SERVED REMARKS HP KW VOLTS PH HZ MIN MAX VAV- 1 TITUS MODEL "DTFQ" 900 1700 4 12121'0/ � 1/3 7 208 3 60 1" 31 STUDIO "A" SEE PLANS FOR ACTUAL CFM VAV-4 TITUS MODEL "DTFQ" 475 1050 3 8"0 1/4 2 208 1 60 1" 24 STUDIO "B" SEE PLANS FOR ACTUAL CFM VAV-5 TITUS MODELIDF "DTFQ" 475 1050 3 10"0 1/4 2 208 1 60 1" 29 RM., VTS RM., & VISITOR RM. SEE PLANS FOR ACTUAL CFM VAV-9 TITUS MODEL "DTFQ" 1700 2500 6 14"0 3/4 14 208 3 60 1" 38 LOBBY/CORRIDOR SEE PLANS FOR ACTUAL CFM COMPUTER ROOM COOLING UNIT (AC SCHEDULE CHILLED WATER HUMIDIFIER ELECTRIC REHEAT COIL KW AIR FILTER CHILLED WATER CONNECTION SIZE UNIT ELECTRICAL DATA REMARKS MARK NUMBER LOCATION TYPE NOMINAL CAPACITY TONS F N FAN MOTOR COL _ COOLING CAPACITY DRIVE TYPE CAPACITY (CFM) ESP IN WG HP CAPACI-1' MBH RM TE6;P 'F FLOW GPM EWT 'F MAX PD MFT H2O- CAP OR F.L.A. TYPE & DEPTH EFFICIENCY PE 52 S76RAE MAX SPINWG SENSIBLE TOTAL DB WB PREFILTER FINAL _ VOLTS/PHASE F.L.A. AC2E5A IDF ROOM #1 CHILLED WATER 5 BELT 2900 0.50 11/2 76.2 99.1 85.0 65.0 12.0 41.0 6.4 12.5 5.0 6,0 PANEL -1" PLEAT -2" 40% 0.50 (2) 0 2" F.P.T. 480/3 22 CONTEMPO MODEL CEMC-05 SPLIT CABINET, "UP" ARRANGEMENT, CYLINDER HUMIDIFIER AC2DIIA IDF ROOM #2 CHILLED WATER 5 BELT 2900 0.50 11/2 76.2 99.1 85.0 65.0 12.0 41.0 6.4 12.5 5.0 6.0 PANEL -I" PLEAT -2" 40% 0.50 (2) 0 2" F.P.T. 480/3 22 CONTEMPO MODEL CEMC-05 SPLIT CABINET, "UP" ARRANGEMENT, CYLINDER HUMIDIFIER AC2F6A REPRO ROOM CHILLED WATER 5 BELT 2900 0.50 11/2 76.2 99.1 85.0 65.0 12.0 41.0 6.4 PANEL -I" PLEAT -2" 40% 0.50 (2) 0 2" F.P.T. 480/3 22 CONTEMPO MODEL CEMC-05 SPLIT CABINET, "UP" ARRANGEMENT - - - SYM REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE A B C AS -RECEIVED BTE TEST FRAME SUBSTATION - 60% IFR WH -12031.007 BTE TEST FRAME SUBSTATION 90% REVIEW 14786 BTE TEST FRAME SUBSTATION 100% REVIEW 14786 E DC FREEZER ADDITION J#16262 WH GV 04.12.13 WH GV 06.26.12 WH GV 09.05.12 WH GV 09.14.12 D BTE TEST FRAME SUBSTATION ISSUE FOR CONSTRUCTION 14786 WH GV 11.16.12 ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED DRA " S. RUDELL CHECKED DATE SUBTITLE 10.02.07 PROVIDE NEW FANS IN FREEZER ADDITION. REVIEWED FOR CODE COMPLIANCE APPROVED JUN 0 5 2013 BUILDING NO of Tukwila IV ala DIVISION RECEIVED CITY OF TUKWILA MAY 2 4 2013 PERMIT CENTER ISSUED FOR CONSTRUCTION APRIL 12, 2013 1,12Wood Harbinger E MECHANICAL EQUIPMENT SCHEDULE EAST ANNEX CURRENT REVISION SYMBOL J#16262 3009 ugh Ave NE, Suite io0 Bellevue WA 98004 425.628.6000 woodharbinger.com DATE 04.12.13 APPROVED BY DEPT. DATE ENGINEER CHECKED APPROVED APP OVED TITLE MECHANICAL MASTER DC FREEZER ADDITION BUILDING 9-101 COL. S -Z/20-23 SHEET MIE JOB NO. COMP NO. DWG N0. D.C. 9-101-M1E N 0 KHON: 02/13/13 AIR HANDLING UNIT (AHU) SCHEDULE MARK NUMBER LOCATION AREA SERVED FAN DIA. INCHWG CFM TOTAL STATIC PRESSURE INCH APPROX RPM BHP MOTOR HUMIDIFIER FILTERS MIN OA CFM REMARKS HP VOLTS PH CY PREFILTER FINAL FILTER AHU-201-215 PRODUCTION AREA PRODUCTION AREA 30 1/2 23000 4.5" 1295 21.62 30 460 3 60 ARMSTRONG AM -84 2" THICK 30" HI-FLO LOCATION: COL. S/22.35 12' AHU-216 LUNCHROOM/RESTROOM LUNCHROOM/RESTROOM 12 1/4 2480 2.75" 2180 49 2.5 460 3 60 8 2" THICK 30" HI-FLO 2' 8 COOLING COIL (CC) SCHEDULE MARK NUMBER UNIT SERVED BTU COOLING CAPDB EAT 'F LAT 'F MAX. WATER MIN. ROWS MAX. FINS PER IN COIL CONN. IN. MAX PRESSURE DROP REMARKS DESIGN WB DB WB EWT T LWT T GPM AIR -IN WG TUBE -FT H2O 100 CC -1 AHU-201-215 1,011,000 74.5 61 45 44 37 47 202 10 8 2 LOCATION: COL. S/22.35 12' 750 LBS CC -2 AHU-216 142,000 72 68 52 49 37 47 22 10 8 21 40 2' 8 CONSTRUCTION \OTES PROVIDE NEW UNIT HEATERS IN FREEZER ADDITION. EXPANSION TANK (EXT) SCHEDULE MARKNUMBER SERVICE CAPACITY GALLONS DIAMETER x LENGTH PRESS. PSIG STAMP CODE REMARKS DESIGN GAL. WORK GAL. DESIGN CU. FT. WORK CU. FT. DESIGN WORK ET -1 CHILLED WATER TK 400 MIN. ROWS MAX. FINS PER IN. MAX. FACE VEL. AIR -IN WG 100 PREFILTER FINAL FILTER LOCATION: COL. S/22.35 ET -2 HEATING WATER TK 240 460 170 140 63 100 78 2 LOCATION: COL. S/22.35 HEATING COIL (HC) SCHEDULE MARK NUMBER UNIT SERVED BTU HEATING CAP EAT T WATER AIR MAX PRESSURE DROP FILTERS REMARKS DB WB EWT 'F LWT 'F GPM ENT 'F LVG 'F MIN. ROWS MAX. FINS PER IN. MAX. FACE VEL. AIR -IN WG TUBE -FT H2O PREFILTER FINAL FILTER HC -1 AHU-201-215 944,000 80:20 460 170 140 63 40 78 2 8 500 750 LBS 2' 2" THICK 30" HI-FLO 2 OA PREHEAT AHU-201-215 472,000 CENTRIFUGAL 300 170 140 32 21 40 2 8 500 30 2' 2" THICK 30" HI-FLO DUCT MOUNTED HC -2 AHU-216 94,000 TRANE CVHE 032 CH -3 170 140 7 40 75 2 8 425 37 7' 2" THICK 30" HI-FLO - 750 LBS CHILLER (CH) SCHEDULE MARK NUMBER TYPETONS CAPACITY WATER GLYCOL ELECTRICAL EVAPORATOR CONDENSER REMARKS VOLTS PH CY FLOW GPM EWT *F LWT 'F NO PASS MAX PD AT FLOW FT H2O REFRIG REFRIG CHARGE FLOW GPM EWT 'F LWT 'F NO PASS MAX PD AT FLOW FT H2O CH -1 CENTRIFUGAL 300 80:20 460 3 60 750 47 37 2 30 R11 750 LBS 900 85 95 2 22 TRANE CVHE 032 CH -2 CENTRIFUGAL 300 80:20 460 3 60 750 47 37 2 30 R11 750 LBS 900 85 95 2 22 TRANE CVHE 032 CH -3 CENTRIFUGAL 300 80:20 460 3 60 750 47 37 2 30 R11 750 LBS 900 85 95 2 22 TRANE CVHE 032 UNIT HEATER (UH) SCHEDULE MARK NUMBER MARK NUMBER LOCATION CFM BTU EAT 'F LAT °F EWT 'F LWT 'F GPM MAXIMUM PD. FT. WATER MOTOR REMARKS HP RPM V PH CY UH -1 MECHANICAL ROOM 1760 P-1 CONDENSER WTR COND. WTR. 200 140 900 200 1/6 1100 115 1 60 WATER UH -2 MECHANICAL ROOM 1760 P-2 CONDENSER WTR COND. WTR. 200 140 900 1130 1/6 1100 115 1 60 95 UH -3 MECHANICAL ROOM 1760 P-3 CONDENSER WTR COND. WTR. 200 140 900 3 1/6 1100 115 1 60 1840 UH -4 MECHANICAL ROOM 1760 P-4 SECONDARY CHW CHW 200 140 750 1 6 1100 115 1 60 60 UH -5 MECHANICAL ROOM 510 6800 50 92 - - - - 1 /35 1550 480 3 60 REZNOR EGHB 2KW, 480V, 3PH UH -6 ELECTRICAL ROOM 510 6800 50 92 - - - - 1/35 1550 480 3 60 REZNOR EGHB 2KW, 480V, 3PH -11 CONDENSATE RETURN UNITS MARK NUMBER PUMP (PMP) SCHEDULE MARK NUMBER SERVICE FLUID TEMP F FT OF HEAD CAPACITY MOTOR PUMP TYPE MANUFACTURER AND MODEL REMARKS GPM TDH DRIVE TYPE HP VOLTS PH CY RPM P-1 CONDENSER WTR COND. WTR. 85 45 900 200 15# STM 15 SWC -3 FLASH COOLING 459 000 WATER 240 140 LOCATION: MECH. RM 1ST LEVEL P-2 CONDENSER WTR COND. WTR. 85 45 900 1130 0.5 15 CT -2 900 300 95 85 LOCATION: MECH. RM 1ST LEVEL P-3 CONDENSER WTR COND. WTR. 85 45 900 3 60 15 EF -1 RESTROOMS 1840 0.375 CT -3 LOCATION: MECH. RM 1ST LEVEL P-4 SECONDARY CHW CHW 37 45 750 MECHANICAL ROOM 10 30 I 460 3 60 3 60 LOCATION: MECH. RM 1ST LEVEL P-5 SECONDARY CHW CHW 37 45 750 1420 1.5 10 3 60 LOCATION: MECH. RM 1ST LEVEL P-6 SECONDARY CHW CHW 37 45 750 10 LOCATION: MECH. RM 1ST LEVEL P-7 PRIMARY CHW CHW 37 130 2250 100 LOCATION: MECH. RM 1ST LEVEL P -7A PRIMARY CHW CHW 37 130 2250 100 LOCATION: MECH. RM 1ST LEVEL P-8 HW HEATING HW 200 80 240 7.5 LOCATION: MECH. RM MEZZANINE P -8A HW HEATING HW 200 80 240 7.5 LOCATION: MECH. RM MEZZANINE P-12 GLYCOL/WTR MAKEUP GLYCOL/WTR 55 92 4.8 1 LOCATION: MECH. RM MEZZANINE P-9 AHU-201-215 HW 170 10 63 0.5 460 3 60 HOT WATER CIRCULATOR FOR AHU 201-215 (P -9x15) P-10 AHU-216 HW 170 10 7 1/4 460 3 60 HOT WATER CIRCULATOR FOR AHU 216 P-11 EXIT CORRIDOR HTG COIL HW 170 3 1 1/10 120 1 60 P-13 AHU-201-215 HW 170 10 32 0.5 460 3 60 HOT WATER CIRCULATOR FOR AHU 201-215 (P -13x15) CONDENSATE RETURN UNITS MARK NUMBER LOCATION PUMPS RECEIVER MANUFACTURES DESIGNATION (ROTH PUMP CO.) CONFIG GPM HEAD PSIG CAP GAL PRESS CRU -1 TUNNEL 3 DUPLEX 6 30 20 14.7 PSIA UB -112D CRU -2 MECHANICAL ROOM DUPLEX 30 100 60 14.7 PSIA UE -144D STEAM/WATER CONVERTERS MARK NUMBER SERVICE TUBE SIDE SHELL REMARKS DUTY BTU/HR MEDIA GPM Ef LWT T MEDIA 'F WB SWC -1 HEATING 4,425,000 WATER 148 140 200 15# STM REVIEWED FOR CODE COMPLIANCE SWC -2 HEATING 4,425,000 WATER 148 140 200 15# STM tAPPROVt D JUN 0 5 2013 SWC -3 FLASH COOLING 459 000 WATER 240 140 143 15# COND ri+t, .e,- , BUILDING DIVISION COOLING TOWER (CT) SCHEDULE MARK NUMBER GPM NOM TONS EWT 'F LWi 'F AMBIENT AIR FANS FAN MOTORS SUMP HEATERS REMARKS 'F DB 'F WB NO. TYPE CFM NO. HPS VOLT PH CY NO. KW VOLT S PH HZ CT -1 900 300 95 85 0.375 60 3 120 1 3 30 460 3 60 LUNCH ROOM 640 0.6 1130 0.5 460 CT -2 900 300 95 85 60 3 .075 1750 3 30 460 3 60 CENTREX-REX 080 EF -1 RESTROOMS 1840 0.375 CT -3 900 300 95 85 60 3 MECHANICAL ROOM 3 30 I 460 3 60 3 60 EF -3 SUPPLY FAN (SF), RETURN FAN (RF), EXHAUST FAN (EF) SCHEDULE MARK NUMBER LOCATION AREA SERVED SUPPLY FAN SECTION FILTER REMARKS CFM TOTAL STATICAPPROX. PRESS. INCHES WG RPM MOTOR HP VOLTS PH CY SF -1 DB TRANSFORMER ROOM 20,000 1.15 410 7.5 460 3 60 HC -1 PACE 49.AF SWSI OA INTAKE HOOD W/FILTER SF -2 340 EXIT CORRIDOR 265 0.375 1750 1/12 120 1 60 8 CENTREX-REX 080 RF -1 LUNCH ROOM 640 0.6 1130 0.5 460 3 60 RF -2 TRENCH T'STAT SYSTEM 80 .075 1750 1/8 120 1 60 CENTREX-REX 080 EF -1 RESTROOMS 1840 0.375 730 1.0 460 3 60 EF -2 MECHANICAL ROOM 20,500 1.0 1570 10 460 3 60 EF -3 VAC. PUMP AREA 4000 0.50 1420 1.5 460 3 60 HEATING COIL (HC) SCHEDULE MARK NUMBER UNIT SERVED BTU CAP MAX FACE VELOCITY EAT °F LAT T MIN. HOT WATER ROWS FINS PER INCH MAX PRESSURE DROP REMARKS DB WB DB WB EWT F LWT 'F GPM AIR -IN WG TUBE -FT H2O HC -1 SF -2 14,000 340 20 70 170 140 1 1 8 0.2 - - RECEIVED _ - /....4.1! - l� •.• ■ ../ll 11 1 A SYM REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE H MECH. SCHEDULE M3/109 -101B-4632 CONVERTED TO CAD S.RU DELL 10.02.07 M DC FREEZER ADDITION J# 16262 WH GV 04.12.13 BTE TEST FRAME SUBSTATION - 60% IFR WH_12031.007 WH GV 06.26.12 J BTE TEST FRAME SUBSTATION 90% REVIEW 14786 WH GV 09.05.12 K BTE TEST FRAME SUBSTATION 100% REVIEW 14786 WH GV 09.14.12 L BTE TEST FRAME SUBSTATION ISSUE FOR CONSTRUCTION 14786 WH GV 11.16.12 ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED DRAWN S. RUDELL CHECKED DATE 10.02.07 ISSUED FOR CONSTRUCTION APRIL 12, 2013 LA 1 Y l.11 IUMVV1Lf-M Wood ANIIHarbinQer MAY 2 It 2013 PERMIT CENTER 3009 nzth Ave NE, Suite ioo Bellevue WA 98004 425.628.6000 woodharbinger.com SUBTITLE MECHANICAL EQUIPMENT SCHEDULE EAST ANNEX CURRENT REVISION J# 16262 SYMBOL V DATE 04.12.13 APPROVED BY DEPT. DATE ENGINEER CHECKED APPROVED APPRO ED DC FREEZER ADDITION BUILDING 9-101.1 MECHANICAL MASTER COL. S -Z/20-23 D.C. SHEET M1H JOB NO. COMP NO. DWG NO. 9-101.1-M1H rn N 0 KHON: 02/13 Cz' si ii it T -AW ROOM 11Y22 1 C0 "4- w w z O I =- z 0 U _ O WP E 11Y21 FREEZER 11 222_1 E 11 24x12 /UH \6 REFRIGERANT LEAK MONITORING, CO2 MONITORING AND REFRIGERANT CONTROL PANEL BY PERMACOLD FIRE ALARM PANEL HEAT DETECTION PANEL UNDERFLOOR HEATING SKID FIRE RISERS FIRE PROTECTION COMPRESSOR REFRIGERANT EXHAUST DAMPER ELECTRICAL ROOM 13/ 22 AER ..:)CIC AREA 12AA21 36x42 EXHAUST AIR LOUVER, SEE ARCHITECTURAL 36x42 OUTSIDE AIR LOUVER, SEE ARCHITECTURAL MECHA"IICAL ROOM 14AA22 I `-36x66 OUTSIDE AIR LOUVER, SEE ARCHITECTURAL COMPRESSOR SKID FOR REFRIGERATION SYSTEM FLEXIBLE CONNECTION, TYP 84x30 LOUVE SEE A 44x12 OUTSIDE AIR CH ITECTU RAL TERMINATE 12" ABOVE FINIS FLOOR, INSTALL TIGHT AGAINST THE STRUCTURAL BRACING ED REVIEWED FOR CODE COMPLIANCE APPROVED JUN 05 2013 City of Tukwila BUILDING DIVISION 1 r � YL LEGE \D GENERAL \OTES 1. FOR LEGEND AND ABBREVIATIONS, REFER TO SHEETS M1 AND M1A. 2. FOR MECHANICAL AND ELECTRICAL ROOM VENTILATION AND CONTROL DIAGRAMS, SEE AND CO\STRUCTIO 1M48 1M317 1M48 1M317 \ \OTES T5)( BOTTOM OF UNIT HEATERS SHALL BE INSTALLED AT 12'-0" ABOVE FINISHED FLOOR. 3/4"x3/4" SCREENED OPENING. 0 4 Q 1M10 1M11 1M12 1M13 1M14 1M15 1M16 1M17 1M18 1M19 1M20 1M21 1M22 1M23 1M24 1M25 1M26 1M27 1M28 1M29 1M30 1M31 1M32 1M33 5q 1M34 1M35 1M36 1M39 ISSUED FOR CONSTRUCTION APRIL 12, 2013 1 M40 1M41 1M144 1M37 1 M42 1M145 1M38 1M 43 •i 1M46 9-101.1 KEY PLAN SCALE: N.T.S. 15 8 4 0 4 8 RECEWED 01111 1111 111041111'1110.12111 SCALE: 1/8" = 1'-0" UKWILA MAY 242013 PERMIT CENTER Wood Harbinger 3009 urth Ave NE, Suite io0 Bellevue WA 98004 425.628.6000 woodharbingeccom REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE DC FREEZER ADDITION J# 16262 WH GV 04.12.13 Q�BOE/NG° �y- ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED APPROVED BY DEPT. DATE DRAWN G. VERSEGI DATE 04.12.13 CHECKED E. LARSON 04.12.13 SUBTITLE 1ST FLOOR HVAC PLAN T 1 C RREN S J 16262 BO DA 04.12.13 ENGINEER G. VERSEGI 04.12.13 CHECKED E. LARSON 04.12.13 APPROVED APPROVED TITLE MECHANICAL MASTER DC FREEZER ADDITION BUILDING 9-101.1 COL. W -Z/21-22 D.C. SHEET 1 M48 JOB NO. J# 16262 COMP NO. DWG NO. 9-101.1-1 M48 KHON: 02/13/13 VACUUM PRV STATION FOR DETAIL, SEE 1M148 M607 2"VAC UP, FOR CONTINUATION SEE 1M146 1"A UP, FOR CONTINUATION SEE 1 M146 FOR CONTINUTATION SEE SHEET 1M143 WAI.1 ls,1TERY :11.,Y'2G,R PAIR?' CItRGWR 1 1 1 1=I I; (s / 2"CO FOR CONTINUATION SEE SHEET 1M147 H 1-1 /2"CD FOR CONTINUATION SEE 1M146 2"VAC TO VACUUM -''-I ASSISTED LIFT THAW ROOM ROOM 11Y22 CO 1 5' W I :) . ., Y2.1 EVAPORATOR, TYP 11 X 1-1/2"CO X X X E'.1 'TJ tsa NI C) ._.E r.<._ Cw �r PAL X 1"CD 2"CD\ 1"CD� 2"CD -\ r1"CD 2"CD ai . X ..ET RACK PALL :: 40X106 "4.-1"CD +. I RACK 40X12 € r E E 73 ' I (1 I •-u 1 t r.1 h x t CD C7 0 2"CD A ' t)) U NOV .I. 11Vd 1-1.,.x-CiRICAL. ROOM 13 AA22__ HB ,D1 1Vd r5 CI 1"CW UP, FOR CONT SEE RFM148 -ELECTRONIC TRAP PRIMER Cr' • I.a.! J 4"V DN AND 4"VTR 8" STANDPIPE, FOR DETAIL SEE NECHANICAL 1 M148 M607 ROOM 1 4AA22 £3 E; It= EE 1•..._.. REVIEWED FOR CODE COMPLIANCE APPROVED JUN 0 5 2013 City of Tukwila BUILDING DIVISION 1 LEGE ID A VAC CD GE\ HAL COMPRESSED AIR PROCESS VACUUM CONDENSATE DRAIN DUPLEX COMPRESS/VACUUM DROP TES 1. FOR LEGEND AND ABBREVIATIONS, REFER TO SHEETS M1 AND M1A. 2. HEAT TRACE CONDENSATE DRAIN PIPES. 3. FOR WALL MOUNTED VACUUM QD OUTLETS, SEE 4. FOR WALL MOUNTED COMPRESSED AIR QD OUTLETS, SEE 1M148 M607 5. MAINTAIN ALL CONDENSATE DRAIN PIPING AT MAXIMUM POSSIBLE ELEVATION. BOTTOM OF CONDENSATE PIPE INSULATION SHALL NOT BE BELOW 26' ABOVE THE FINISHED FLOOR. 6. FOR SANITARY SEWER RISER DIAGRAM, SEE SHEETS I 8� AND I 1 1M14 -31.1\y07 1M148 M,607 CO\S-RUCTIO\ \OYES PROVIDE P -TRAP ON THE CONDENSATE DRAIN PIPING. PROVIDE SEISMIC LOOP SIZED TO PROVIDE MINIMUM 3" MOVEMENT IN ALL DIRECTIONS. FOR CONDENSATE DRAIN SEISMIC LOOP DETAIL, SEE 1M148 M607 / V T T T T 1M110 1M111 1M112 1M113 1M114 1M115 1 1M116 1M117 1M118 1M119 1M120 1M121 1 1M122 1M123 1M124 1M125 1M126 1M127 1 1M128 1M129 1M130 1M131 1M132 1M133 1 1M134 1M135 1M136 1M137 1M138 1M139 1M140 1M141 1M142 1M143 j��� /1M148 �//4 � 1M144 1M145 1M146 ISSUED FOR CONSTRUCTION APRIL 12, 2013 9-101.1 KEY P_AN SCALE: N.T.S. 8 4 16 IVED UKWILA SCALE: 1/8" = MAY 2 4 2013 PERMIT CENTER Wood Harbinger 3009 nzth Ave NE, Suite loo Bellevue WA 98004 425.628.6000 - woodharbinger.com REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE DC FREEZER ADDITION J# 16262 WH GV 04.12.13 eig_tmg.E/G® ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED DRAWN G. VERSEGI DATE 04.12.13 CHECKED E. LARSON 04.12.13 SUBTITLE 1ST FLOOR PLUMBING PLAN CURRENT REVISION J# 16262 SYMBOL DATE 04.12.13 APPROVED BY DEPT. DATE ENGINEER G. VERSEGI 04.12.13 CHECKED E. LARSON 04.12.13 APPROVED APPROVED TITLE MECHANICAL MASTER DC FREEZER ADDITION BUILDING 9-101.1 COL. W -Z/21-22 D.C. SHEET 1M148 JOB NO. # 16262 COMP NO. DWG NO. 9-101.1-1M148 CPECK: 4/1/2013 2:52:13 PM FOR CONTINUATION SEE SHEET 1 M45 TRENCH BELOW (TYP I CAL) NNI 1 \ \ \ // APPED (TYP) 1-1/2"A 1-1 /2"VAC / r CONTINUATION SEE SHEET 1 M43 UTILITY\ HATCH I ' 1/ / / // /r '! UTILITY LATCH X (TYP) / / 1M146 XXXX r I / \ G UTILITY HATCH \ i UTILITY HATCH \ � I \ 1 \ I \ / \/ x /\ / \ \ \ UTILITY HATCH FIRST FLOOR PLA\ SCALE: 1/8"=1 -0" TRENCH BELOW (TYPICAL) UTILITY HATCH UTILITY HATCH UTILITY HATCH 2"VAC DN, FOR CONT SEE 1M148 1"A DN, FOR CONT SEE 1M148 1-w/2"fit i 1=I If 2'VAC 1-1/2 VAC1640 VAC 10 DUPLEX VACUUM DROP 7 1 M 146 M534TYP) 2"UAC —REVIEWED FOR CODE COMPLIANCE APPROVED JUN 0 5 2013 City of Tukwila BUILDING DIVISION DUPLEX AIR DROP OUTLET / 6 1M146 M53 (TYP) REFEREE CE DRAWI\GS 9-101-TNM146 9-101-1M396 TUNNEL PARTIAL PIPING/PLUMBING PLAN DUST COLLECTION FIRST FLOOR PLAN l3 LEGE\D A VAC COMPREESED AIR PROCESS VACUUM DUPLEX PROCESS VACUUM OUTLET DUPLEX COMPRESSED AIR OUTLET GE\E�AL \ OTES FOR HOUSE KEEPING VAC. & DUST COLLECTION SEE FIRST FLOOR PLAN, 9-101-1M396 1 FOR HOUSE KEEPING VAC. & DUST COLLECTION SEE FIRST FLOOR PLAN, 9-101-1M396 2. COMPRESSED AIR AND PROCESS VACUUM PIPING SYSTEMS: INSTALLATION OF COMPRESSED AIR AND PROCESS VACUUM PIPING SYSTEMS SHALL BE IN ACCORDANCE WITH FACILITIES MECHANICAL STANDARD D38106-20 USING THE FOLLOWING DEVELOPMENTAL CENTER SITE-SPECIFIC PREFERENCES: PIPE: ASTM B-88 SEAMLESS COPPER, TYPE L, HARD DRAWN. FITTINGS: 2" AND SMALLER: WROUGHT OR CAST COPPER SOLDERED OR PROPRESS SOCKET FITTINGS. BRAZED JOINTS BELOW GROUND. 2-1/2" OR LARGER: TYPE L COPPER ROLL -GROOVED FITTINGS AND DUCTILE IRON ROLL -GROOVED COUPLINGS WITH EPDM GASKETS, RIGID SYSTEM. VALVES: 2" AND SMALLER: BRONZE TWO-PIECE BALL VALVE, THREADED END. APOLLO 70-100. PROVIDE WITH THREADED ADAPTER FITTINGS. 2-1/2" AND LARGER: ELASTOMER -LINED LUGGED BUTTERFLY VALVE. FURNISH WITH 125# COPPER FLANGE ADAPTERS. DEMCO 211 xx 3. TESTING OF NEW COMPRESSED AIR AND PROCESS VACUUM PIPING SHALL USE COMPRESSED AIR OR NITROGEN AT 150 PSIG FOR 1 HOUR. THERE SHALL BE NO LOSS IN PRESSURE. CHECK EACH JOINT WITH SOAPY WATER. 4. FOR LEGEND AND ABBREVIATIONS, REFER TO SHEETS M1 AND M1A. CO\STRUCTION NOTES POINT OF CONNECTION TO EXISTING COMPRESSED AIR PIPING. PROVIDE DOMESTIC COLD WATER, COMPRESSED AIR AND VACUUM PIPES. �- PROVIDE SEISMIC LOOPS. 8 TERMINATE 2" ABOVE THE TOP OF THE DRAIN. (0)sc 1 M1 0 1M11 1M12 1M13 0 1M14 1M15 1M16 1M17 1M18 1M19 1M20 1M21 1 M22 1M23 1M24 1M25 1 M26 1 M27 1M28 1M29 1M34 1 M30 1M35 1M31 1M36 1 M32 1 M37 1M33 1 M38 15 1M39 ISSUED FOR CONSTRUCTION APRIL 12, 2013 1M 40 1M41 1 P 44 I 1 M42 1M45 1 M43 9-101.1 KEY PLAN SCALE: N.T.S. 8 4 1 M48 22 23 CEIVED F TUKWIL MAY62 4 2013 T CENTEP' 1711 Wood Ai Harbinger 3oog nzth Ave NE, Suite ioo Bellevue WA 98004 425.628.6000 woodharbinger.com SYM REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE A ADD POWER, AIR & VACUUM J#546111-00 C. HARRAH RWS 06.13.04 F REDLINES CD01 11047.006 NC WH LEG 04.04.12 B ADD UTILITIES AND LIGHTS J#546775-00 M.WONG RWS 12.06.04 G UTILITY RELOCATION FOR DC FREEZER - IFC WH GV 11.08.12 c RELOCATE SEALAUNCH 11670978 M.WONG RWS 03.29.11 H DC FREEZER ADDITION J# 16262 WH GV 04.12.13 D RELOCATE DEV -TEST - 90% SUBMITTAL WH_11047.006 WH JDM 06.14.11 E RELOCATE DEV -TEST - IFC WH_11047.006 WH JDM 06.23.11 g OE/G N° — ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED DRAWN C. HARRAH DATE 6.9.04 CHECKED SUBTITLE 1ST FLOOR PIPING PLAN CURRENT REVISION J# 16262 SYMBOL H I DATE 04.12.13 APPROVED BY DEPT. DATE ENGINEER CHECKED APPROVED APPROVED TITLE DC FREEZER ADDITION BUILDING 9-101.1 MECHANICAL MASTER COL. W -Z/22-23 D.C. SHEET 1M146 JOB NO. J#546111 COMP NO. DWG NO. 9-101-1M146 CPECK: 4/1/2013 2:57:19 PM HPU COOL\C SYSTEM PO1\T LIST DESCRIPTION FUNCTIONAL POINTS OPERATOR TERMINAL OUTPUT OUTPUTS INPUTS COMMANDS STATUS DISPLAY DIGITAL ANALOG DIGITAL ANALOG START/STOP POSITION MODULATION TEMPERATURE PUMP SPEED FEEDBACK SPEED STATUS CURRENT RELAY u_ TEMPERATURE MANUAL S/S CRITICAL FAULT SPEED !ABNORMAL CD 172 ACTUATOR POSITION ENERGY USAGE KWH POWER USAGE KW TEMPERATURE CHILLED WATER SYSTEM CHILLED WATER SUPPLY TEMP, CWS.01 X X CHILLED WATER RETURN TEMP, CWR.01 X X CONTROL VALVE CHWR, TCV.01 X X CONTROL VALVE BY-PASS, TCV.02 X X GLYCOL WATER SYSTEM GLYCOL WATER SUPPLY TEMP, GWS.01 X X GLYCOL WATER RETURN TEMP, GWR.01 X X GLYCOL WATER FLOW, GWF.01 X X PUMPS GWP -1 X X X X X X X X X GWP -2 X X X X X X X X X MANUAL/AUTO SWITCH PANEL SYSTEM HAND X SYSTEM OFF X POINTS LIST FOR HPU POWER SUPPLY BY ELECTRICAL (SPEC DIVISION 26) POWER SUPPLY BY ELECTRICAL (SPEC DIVISION 26) LEGE\D cE\ERnL NOTES 1. FOR MECHANICAL HVAC LEGEND AND ABBREVIATION, AND PIPING LEGEND, REFER TO SHEETS M1 AND M1 B. DO DO DI AO AO AI AI AI DO I DO I DO LIGHT FAN FAN FAN FAN SUMMARY RLM ROOM CONTROLCONTROLCONTROL SWITCH START/ STATUS SPEED SPEED ALARM SIGNAL TEMP DAMPER DAMPER DAMPER SIGNAL STOP FEEDBACK M315I M317 FAN SHALL START AND OPERATE AT THE MINIMUM SPEED WHENEVER THE LIGHT SWITCH IS TURNED ON. WHEN ROOM TEMPERATURE RISES ABOVE 70 DEG F, THE DDC SYSTEM SHALL OPEN THE OSA DAMPER AT THE INTAKE LOUVER AND THE EXHAUST AIR DAMPER ASSOCIATED WITH THE EXHAUST FAN. WHEN TEMPERATURE REACHES SETPOINT (INITIALLY 80 DEG F) ENABLE THE EXHAUST FAN. THE FAN SHALL START AND OPERATE AT THE MINIMUM SPEED. RAMP THE VFD SPEED UP AS TEMPERATURE RISES FURTHER TO COOLING DESIGN FLOW OF 2,000 CFM. REFERENCE DRAWINGS WHEN THE MINIMUM SPEED AND ROOM TEMPERATURE FALLS TO SETPOINT MINUS 5 DEG F, STOP THE EXHAUST FAN. WHENEVER THE REFRIGERANT LEAK MONITORING SYSTEM DETECTS A REFRIGERANT LEAK IN THE MECHANICAL ROOM OUTSIDE AIR DAMPER AND REFRIGERANT EXHAUST DAMPER SHALL FULLY OPEN, AND EXHAUST AIR DAMPER SHALL CLOSE. START THE FAN AND RAMP IT UP TO MAXIMUM SPEED (INITIALLY SET TO 4,300 CFM). UPON DETECTING SIGNAL FROM REFRIGERANT MONITORING SYSTEM, FAN SHALL RUN CONTINUOUSLY UNTIL MANUALLY RESET. THE DDC SYSTEM SHALL ENABLE THE UNIT HEATER WHEN THE ROOM TEMPERATURE FALLS TO THE HEATING SETPOINT (INITIALLY 60 DEG F). DDC SYSTEM SHALL DISABLE THE UNIT HEATER WHEN ROOM TEMPERATURE RISES ABOVE 65 DEG F. ALL SET POINTS SHALL BE ADJUSTABLE. CO\STRUCTIO\ POWER SUPPLY BY ELECTRICAL (SPEC DIVISION 26) POWER SUPPLY BY ELECTRICAL (SPEC DIVISION 26) ROOM CONTROL CONTROL TEMP DAMPER DAMPER WHEN ROOM TEMPERATURE RISES ABOVE 70 DEG F, THE DDC SYSTEM SHALL OPEN THE OSA DAMPER AT THE INTAKE LOUVER AND THE DAMPER ASSOCIATED WITH THE EXHAUST FAN. WHEN TEMPERATURE REACHES SETPOINT (INITIALLY 80 DEG F) THE FAN SHALL START. THE DDC SHALL ENABLE THE RELATED UNIT HEATER WHEN THE ROOM TEMPERATURE FALLS TO THE HEATING SETPOINT (INITIALLY 60 DEG F). DDC SYSTEM SHALL DISABLE THE UNIT HEATER WHEN ROOM TEMPERATURE RISES ABOVE 65 DEG F. ALL SET POINTS SHALL BE ADJUSTABLE. SYM REVISION BTE TEST FRAME FACILITY UTILITIES- IFC WH_12031.005 DC FREEZER ADDITION J#16262 BY WH WH APPROVED GV GV DATE 07.12.12 05.09.13 SYM REVISION BY APPROVED DATE ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED APPROVED BY DRAWN G. VERSEGI CHECKED DATE 04.03.12 ISSUED FOR CONSTRUCTION MAY 09, 2013 REVIEWED FOR CODE COMPLIANCE APPROVED JUN 0 5 2013 City of Tukwila BUILDING DIVISION NOTES RECEIVED CITY OF TUKWILA MAY 2 4 2613 PERMIT CENTER Wood Harbinger 3009 urth Ave NE, Suite 100 Bellevue WA 98004 425.628.6000 - woodharbinger.com SUBTITLE CONTROL DIAGRAMS CURRENT REVISION J#16262 SYMBOL A DATE 05.09.13 ENGINEER G. VERSEGI CHECKED APPROVED E. LARSON APPROVED 04.03.12 TITLE DC FREEZER ADDITION 04.03.12 BUILDING 9-101.1 JOB NO. MECHANICAL MASTER DEV. CENTER, WA DWG NO. COMP NO. J16262 9-101-M317 PIPING LEGEND CD= CONDENSER DRAIN DC= DEFROST CONDENSATE GS= GLYCOL SUPPLY GR= GLYCOL RETURN HSD= HIGH STAGE DISCHARGE LSS= LOW STAGE SUCTION WASHINGTON STATE CODE COMPLIANCE AND NOTES: SYMUUL LtI4ENU l3zJ GLOBE VALVE (N.O.) 5 BALL VALVE (N0) 11----I CHECK VALVE al SOLENOID VALVE ID CONCENTRIC REDUCER 0 ECCENTRIC REDUCER /Cr-?\ ROOF PENETRATION WALL PENETRATION -III- UNION -DIS FLOW ARROW Q GAUGE 3 GAUGE VI/VALVE © PRESSURE INDICATOR TEMPERATURE SENSOR is QTHERMOMETER INSULATION THICKNESS b X" C c. �� PRESSURE REGULATOR INLET W/GAUGE VALVE J 1) SYSTEM TO BE IN COMPLIANCE WITH CHAPTER 11 (REFRIGERATION) OF 2012 INTERNATIONAL MECHANICAL CODE. 2) PER 3) PER 4) PER 5) PER 6) PER 7) PER 8) PER 1101.6, SYSTEM TO BE IN ACCORDANCE WITH ASHRAE 15 AND IIAR-2. 1103.2 OCCUPANCY CLASSIFICATION IS INDUSTRIAL. 1103.3, SYSTEM SHALL BE CLASSIFIED AS LOW—PROBABILITY SYSTEM. 1106.6, EMERGENCY SIGNAGE AND LABELING SHALL BE PROVIDED AS REQUIRED. 1108, ALL REQUIRED FIELD TESTING SHALL BE PROVIDED AND RECORDED AS REQUIRED. 1108.4, THE REQUIRED DECLARATION SHALL BE PROVIDED. 1106.5.1, REFRIGERATION SYSTEM EMERGENCY SHUTOFF SHALL BE PROVIDED. 9) INSTALLATION SHALL BE PER 1107. 10) IN ACCORDANCE WITH 2012 INTERNATIONAL FIRE CODE, SECTION PROVIDED AT ALL TIMES TO FIRE CODE OFFICIALS. 11) IN ACCORDANCE WITH 2012 INTERNATIONAL FIRE CODE, SECTION OR WILL BE NOTIFIED OF THE PERIODIC TESTING REQUIREMENTS OF 12) IN ACCORDANCE WITH 2012 INTERNATIONAL FIRE CODE, SECTION WILL BE PROVIDED. 13) IN ACCORDANCE WITH 2012 INTERNATIONAL FIRE CODE, SECTION NOTIFIED OF THE REPORTING REQUIREMENTS OF THIS SECTION. 606.5, REASONABLE ACCESS SHALL BE 606.6.1, THE OWNER OF FACILITY HAS THIS SECTION. 14) IN ACCORDANCE WITH 2012 INTERNATIONAL FIRE CODE, SECTION NOTIFIED OF THE RECORD KEEPING REQUIREMENTS OF THIS SECTION. REFRIGERANT PIPING INSULATION 606.7, PROPER EMERGENCY SIGNAGE 606.14, OWNER OF FACILITY SHALL BE 606.15, OWNER OF FACILITY SHALL BE INSTALL IIAR SPECIFIED THICKNESS XPS EXTRUDED POLY STYROFOAM PREFORMED PIPE INSULATION ENCASED IN MYLAR VAPOR BARRIER ON ALL PIPING, ELBOWS, TERMINATIONS AND BUTT JOINTS. PROVIDE 1/" THERMAL BREAK BETWEEN PIPING AND MYLAR, CAULK WITH VULCUM SEALANT. SEAL ALL STYROFOAM SEAMS AND BUTT JOINTS WITH CP -70 LOW TEMPERATURE VAPOR BARRIER ADHESIVE. PROVIDE AND INSTALL MACHINE FORM FITTING STYROFOAM ELBOWS ENCASED IN MYLAR TAPE AND .030 PVC PREFORMED COVERS. (OUTSIDE) INSTALL .016 SMOOTH WHITE ALUMINUM JACKET SEALED ON HORIZONTAL AND CIRCUMFERENTIAL JOINTS WITH SILICON CAULKING JACKET HELD IN PLACE WITH W' BANDS 12" ON CENTER. (INSIDE) INSTALL .030 PVC JACKET SEALED WITH PERMAWELD ADHESIVE ON HORIZONTAL AND CIRCUMFERENTIAL LAPS. APPLY INSULATION TO VALVES AND FLANGES FILLING INNER AMBIENT SPACE WITH TWO—PART EXPANDABLE FOAM. PROVIDE GALVANIZED HANGER SHIELDS SECURED IN PLACE WITH 2EA. 14" BANDS. SEAL ALL PENETRATIONS. aEVIE��NCE FOR CODE CO APPROVED JUN 0 5 2013 City of Tukwila BUILDING DIVISION 1. WIP Freezer SEQUENCE OF OPERATION 9-101 BUILDING REFRIGERATION The WIP freezer has 4 evaporator units located within, and is on a separate (dedicated) suction level. The suction Tines from these evaporators are connected together and run to a common suction accumulator. There are four semi—hermetic reciprocating compressors connected to this accumulator. During normal storage conditions, these compressors operate at approximately 12 psig suction and 180-255 psig discharge pressure (depending on ambient weather conditions). This is designed to maintain a —157 freezer space. Typically, one or two compressors and two evaporators will be functioning at a time. In anticipation of a door opening event, the operator will temporarily lower the room setpoint to —307. This will bring on the standby compressors and evaporators. When room temperature is at —25F or lower, the large door can be opened and material moved in or out. While the door is open, a large amount of humid air from the clean room will enter the WIP Freezer. This will result in rapid icing of the evaporators nearest the door. Sensors installed on the evaporators will determine when defrost is required, and put that unit into defrost. The remaining 3 evaporators will continue to function. The control system will permit only one unit to defrost at a time. The same system that senses the need for defrost will terminate the defrost process when complete, and begin to defrost the next evaporator (if necessary). The system has been designed to maintain temperature with only two evaporators and two compressors operational. The remaining two are for a) rapid pull—down of space temperature in anticipation of a door opening event, and b) rapid return to design conditions at the conclusion of a door opening event. Compressor staging and liquid Zine solenoid operation will be controlled by the Logix computer control system based on temperature demand. 2. Long Term Freezer The Long Term Freezer has 3 evaporator units located within, and is on a suction level that also includes one evaporator each from the Thaw Room and the Air Lock. The suction lines from these areas are connected together and run to a common suction accumulator. There are three semi—hermetic reciprocating compressors connected to this accumulator. During normal conditions, these compressors operate at approximately 12 psig suction and 180-255 psig discharge pressure (depending on ambient weather conditions). This is designed to maintain a —157 temperature in the Long Term Freezer. The Thaw Room and Air Lock will be maintained at +407 by using valves to regulate a higher suction pressure at those evaporators. This load is expected to be relatively steady compared to the WIP Freezer. Defrost times and durations will be determined by frost and temperature sensors on the three Long Term Freezer evaporators. The Thaw Room and Air Lock will defrost based on a predetermined (adjustable) time schedule. Operators will input desired space temperature setpoints into the Logix control system. Logix will stage compressors and evaporators, and control liquid line solenoid operation, based on temperature demand. 3. Common Elements All compressors will be on a single skid, integrating the compressors, accumulators, single (common) oil separator, oil level management system, high pressure receiver, local safety controls, and start contactors. There are two accumulators, one for each suction level. Compressor discharge is into a common header, and is passed through a coalescing type separator. Removed oil is stored in a common reservoir and fed back to each compressor as needed via crankcase—mounted level control valves. Discharge gas exiting the separator enters the roof—mounted air—cooled condenser, and is condensed to a high pressure liquid. This liquid is gravity drained back to the high pressure receiver, which acts as a liquid reservoir for the evaporators. High pressure liquid is piped via a common main header to all evaporators. Each evaporator has a liquid line solenoid valve, which is controlled by the Logix system based on local temperature. When liquid refrigerant is fed through an evaporator, it passes through a thermostatic expansion valve. This valve meters the flow of refrigerant to the evaporator based on superheat measurement at the evaporator outlet. A portion of the liquid refrigerant passing through the expansion valve orifice evaporates, cooling the remaining liquid to a saturated condition equal to the evaporator suction pressure. This cooled liquid is distributed to the evaporator tubes and provides a cooling effect by evaporating when warmer room air is passed over the tubes. Refrigerant vapor leaving the evaporators is piped back to the appropriate suction accumulator on the compressor skid. These accumulators serve to separate liquid refrigerant and oil from the vapor stream before they can damage the compressors. Once started and commissioned by PermaCold, this system will require minimal "operation." Temperatures, pressures, liquid levels, and operational status of equipment must be regularly monitored by the system operators. The Logix system is capable of notifying an operator (via alarm or auto—dialer) if a system parameter is exceeded. REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE DC FREEZER ADDITION J# 16262 12.20.12 Q�BOE/ "'D ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED DRAWN SNI CHECKED DATE 04.12.13 Mi ISSUED FOR CONSTRUCTION APRIL 12, 2013 RECEIVED CITY OF TUKWILA MAY 2 4 2013 PERMIT CENTER ngineering, Inc 3005 N.E. ARGYLE PORTLAND, OR 97211 (503)-249-9190(503)-249-8322 558505 49 SUBTITLE REFRIGERATION NOTES CURRENT REVISION J# 16262 SYMBOL DATE 04.12.13 APPROVED BY DEPT. DATE ENGINEER CHECKED APPROVED APPROVED TITLE DC FREEZER ADDITION BUILDING 9-101.1 (DISCIPLINE) MASTER COL. W—Z/21-22 DEV. CENTER, WA SHEET M2c JOB NO. J# 16262 COMP NO. DWG NO. 9-101—M2c COMPRESSOR UNITS QUANTITY MANUFACTURER MODEL SUCTION (PSIG) SST (T) DISCHARGE (PSIG) CONDENSING (T) CAPACITY (BTUH) REFRIGERANT POWER V/PH/HZ RATED LOAD AMPS APPLICATION 3 BITZER 6B6462PL 13 -25 255 105 125,667 R404A 460/3/60 39.1 FREEZER, THAW, AIR LOCK 4 BITZER 6B6462PL 7 -35 255 105 89,000 R404A 460/3/60 39.1 WIP EVAPORATORS QUANTITY MANUFACTURER MODEL ROOM TEMP (T) EVAP TEMP (T) CAPACITY BTUH FINS PER INCH TYPE FEED COIL MAT'L NUMBER FANS HP POWER V/PH/HZ FAN AMPS TYPE DEFROST DEFROST AMPS NET WT (LBS) LIQUID SUCTION APPLICATION 4 LARKIN LHL4-1220SPA -15 -25 122,000 4 TXV CU 3 1-1/2 460/3/60 9.9 ELEC 32.1 854 1-3/8" 2-1/8" WIP FREEZER: AU -1, AU -2, AU -3, AU -4 1 LARKIN LCE6-200SB 40 30 20,000 6 TXV CU 5 1/15 460/1/60 2.2 ELEC 9.8 101 1/2" 1-1/8" THAW ROOM: AU -5 1 LARKIN LCE6-240SB 40 30 24,000 6 TXV CU 6 1/15 460/1/60 2.4 ELEC 11.7 121 1/2" 1-1/8" AIR LOCK: AU -6 3 LARKIN LHL4-1050SPA -15 -25 105,000 4 TXV CU 3 1 460/3/60 6.9 ELEC 32.1 805 1-5/8" 2 1/8" LONG TERM FROZEN STORAGE: AU -7, AU -8, AU -9 CONDENSER QUANTITY MANUFACTURER MODEL AMBIENT TEMP ('F) COND. TEMP ('F) CAPACITY BTU/HR THR FINS PER INCH COIL MAT L NUMBER FANS KW/FAN FLA POWER V/PH/HZ PRESSURE CONTROL NET WT (LBS) APPLICATION 1 LARKIN LNED10A079 90 105 1,175,067 10 CU 10 2 35 460/3/60 FAN CYCLING 3,410 BALL RECEIVER QUANTITY MANUFACTURER MODEL DIAMETER LENGTH CAPACITY (LBS ® 80%) MAWP (PSI) RELIEF VALVE RATING (LB/MIN AIR) NET WT (LBS) APPLICATION 1 POWER V/PH/HZ APPLICATION 1 PERMACOLD 1,800 ELECTRIC 28 25% PPG 50 PART OF COMPRESSOR PACKAGE UNDERFLOOR HEATING QUANTITY MANUFACTURER CAPACITY (BTUH) HEAT SOURCE REQ'D FLOW (GPM) MEDIUM SUPPLY TEMP (T) PUMP MFR PUMP MODEL SUCTION DISCHARGE PUMP HP POWER V/PH/HZ APPLICATION 1 PERMACOLD 52,800 ELECTRIC 28 25% PPG 50 GRUNDFOS 12501 LC 1.5 1.25 1.5 460/3/60 FREEZER SUBFLOOR HEATING CIRCULATION HEATER QUANTITY MANUFACTURER MODEL NUMBER HEAT SOURCE KW POWER V/PH/HZ 1 WATLOW CBLNF26J28 ELECTRIC 15 460/3/60 GAS SENSORS QUANTITY MANUFACTURER . MODEL DESCRIPTION VOLTAGE RANGE 7 HONEYWELL MANNING AIRSCAN IRF9 R404a DETECTOR • 24V DC 0-1000 PPM 7 HONEYWELL MANNING AIRSCAN IRF9 CO2 DETECTOR 24V DC 0-3% STROBE/HORN QUANTITY MANUFACTURER . MODEL DESCRIPTION VOLTAGE 8 HONEYWELL SPECTRALERT ADVANCE • HORN/STROBE 24V EXPANSION TANK QUANTITY MANUFACTURER MODEL CAPACITY (GAL) 1 AMTROL ST -5-C 2 CONTROL PANELS QUANTITY MANUFACTURER DESCRIPTION SIZE UL LISTED 3 LOGIX CONTRIOLS CONTROL PANEL • 24"x20"x6." NEMA CERTIFIED 120V/20AMP 1 LOGIX CONTROLS ATS CMCS PANEL 8"x20x3" NEMA CERTIFIED 120V/20AMP VALVES AU -1 WIP FREEZER LARKIN LH41220SPA 10 TR TAG NO SIZE LINE STYLE SERVICE AU -1-01 1/2" HPL BALL LIQUID SUPPLY STOP AU -1-02 7/8" HPL SOLENOID HPL SOLENOID AU -1-03 7/8"x1-1/8" HPL TSV HPL THERMOSTATIC EXPANSION AU -1-04 7/8"x1-1/8" HPL TSV HPL THERMOSTATIC EXPANSION AU -1-05 1-5/8" LSS BALL SUCTION STOP AU -1-06 1-5/8" LSS BALL SUCTION STOP AU -2 WIP FREEZER LARKIN LH41220SPA 10 TR TAG NO SIZE LINE STYLE SERVICE AU -2-01 1/2" HPL BALL LIQUID SUPPLY STOP AU -2-02 7/8" HPL SOLENOID HPL SOLENOID AU -2-03 7/8"x1-1/8" HPL TSV HPL THERMOSTATIC EXPANSION AU -2-04 7/8"x1-1/8" HPL TSV HPL THERMOSTATIC EXPANSION AU -2-05 1-5/8" LSS BALL SUCTION STOP AU -2-06 1-5/8" LSS BALL SUCTION STOP AU -3 WIP FREEZER LARKIN LH41220SPA 10 TR TAG NO SIZE LINE STYLE SERVICE AU -3-01 1/2" HPL BALL LIQUID SUPPLY STOP AU -3-02 7/8" HPL SOLENOID HPL SOLENOID AU -3-03 7/8"x1-1/8" HPL TSV HPL THERMOSTATIC EXPANSION AU -3-04 7/8"x1-1/8" HPL TSV HPL THERMOSTATIC EXPANSION AU -3-05 1-5/8" LSS BALL SUCTION STOP AU -3-06 1-5/8" LSS BALL SUCTION STOP AU -4 WIP FREEZER LARKIN LH41220SPA 10 TR TAG NO SIZE LINE STYLE SERVICE AU -4-01 1/2" HPL BALL LIQUID SUPPLY STOP AU -4-02 7/8" HPL SOLENOID HPL SOLENOID AU -4-03 7/8"x1-1/8" HPL TSV HPL THERMOSTATIC EXPANSION AU -4-04 7/8"x1-1/8" HPL TSV HPL THERMOSTATIC EXPANSION AU -4-05 1-5/8" LSS BALL SUCTION STOP AU -4-06 1-5/8" LSS BALL SUCTION STOP AU -5 THAW ROOM LARKIN LCE6200SB 2.3 TR TAG NO SIZE LINE STYLE SERVICE AU -5-01 1/2" HPL BALL LIQUID SUPPLY STOP AU -5-02 1/2" HPL SOLENOID HPL SOLENOID AU -5-03 3/8"x1/2" HPL TSV HPL THERMOSTATIC EXPANSION AU -5-04 7/8" LSS PRES REG 8A PRESSURE REGULATOR AU -5-05 7/8" LSS BALL SUCTION STOP AU -6 AIR LOCK LARKIN LCE6240SB 2 TR TAG NO SIZE LINE STYLE SERVICE AU -6-01 1/2" HPL BALL LIQUID SUPPLY STOP AU -6-02 1/2" HPL SOLENOID HPL SOLENOID AU -6-03 3/8"x1/2" HPL TSV HPL THERMOSTATIC EXPANSION AU -6-04 7/8" LSS PRES REG 8A PRESSURE REGULATOR AU -6-05 7/8" LSS BALL SUCTION STOP AU -7 LONG TERM FREEZER LARKIN LH41050SPA 8 TR TAG NO SIZE LINE STYLE SERVICE AU -7-01 7/8" HPL BALL LIQUID SUPPLY STOP AU -7-02 5/8" HPL SOLENOID HPL SOLENOID AU -7-03 7/8"x1-3/8" HPL TSV HPL THERMOSTATIC EXPANSION AU -7-04 1-3/8" LSS BALL SUCTION STOP AU -8 LONG TERM FREEZER LARKIN LH41050SPA 8 TR TAG NO SIZE LINE STYLE SERVICE AU -8-01 7/8" HPL BALL LIQUID SUPPLY STOP AU -8-02 5/8" HPL SOLENOID HPL SOLENOID AU -8-03 7/8"x1-3/8" HPL TSV HPL THERMOSTATIC EXPANSION AU -8-04 1-3/8" LSS BALL SUCTION STOP AU -9 LONG TERM FREEZER LARKIN LH41050SPA 8 TR TAG NO SIZE LINE STYLE SERVICE AU -9-01 7/8" HPL BALL LIQUID SUPPLY STOP AU -9-02 5/8" HPL SOLENOID HPL SOLENOID AU -9-03 7/8"x1-3/8" HPL TSV HPL THERMOSTATIC EXPANSION AU -9-04 1-3/8" LSS BALL SUCTION STOP CD -1 CONDENSER LARKIN LNED10A079 TAG NO SIZE LINE STYLE SERVICE CD -1-01 2-5/8" HPL A4A HIGH STAGE DISCHARGE REGULATOR CD -1-02 2-5/8" HPL A4A PRESSURE REGULATOR CD -1-03 3-1/8" HPL CHECK CONENSER DRAIN ISSUED FOR CONSTRUCTION APRIL 12, 2013 REVIEWED Co D FOR APPROVED CE JUN 0 5 2013 City of Tukwila BUILDING OI VI SIQN RECEIVED CITY OF TUKWILA MAY 2 2013 PERMIT CENTER ngineering, Inc 3005 N.E. ARGYLE PORTLAND, OR 97211 03)-249-X (503j 2-53-2455-S535 9328 _55&5 REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE DC FREEZER ADDITION J# 16262 12.20.12 BOE/NG° - ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED DRAWN RCH CHECKED DATE 04/12/132 SUBTITLE EQUIPMENT SCHEDULE CURRENT REVISION J# 16262 SYMBOL DATE 04.12.13 APPROVED BY DEPT. DATE ENGINEER CHECKED APPROVED APPROVED TITLE DC FREEZER ADDITION BUILDING 9-101.1 (DISCIPLINE) MASTER COL. W -Z/21-22 DEV. CENTER, WA SHEET Mlv JOB NO. J# 16262 COMP NO. DWG NO. 9-101.1-M1v 2" .w .. ,....1-5/8" HPL0,--- .. . a g Cn Ln CO 1 CO Cn J J & 1-1/4" GALV 7/8" OD J 1-1/4" GALV ► 7/8" OD -/ 1-1 /4" GALV ► 7/8" OD - I NI i53 I ri HEAT TRACE INSULATE / L 1-1/4" GALV CAP HEAT TRACE INSULATE //_1/4" GALV CAP HEAT TRACE INSULATE 1-1/4" GALV CAP L HEAT TRACE INSULATE DRAIN LINES (BY 1-1/4" GALV TEE DRAIN LINES (BY 1-1/4" GALV TEE DRAIN LINES (BY 1-1/4" GALV TEE DRAIN LINES (BY OTHERS) OTHERS) OTHERS) OTHERS) WIP WIP WIP WIP LARKIN LHL41220 LARKIN LHL41220 LARKIN LHL41220 LARKIN LHL41220 10 TR © 10.4T TD -25T SST 10 TR ® 10.4T TD -25T SST 10 TR ® 10.4'F TD -25T SST 10 TR ® 10.4T TD -25T SST UNION HEAT TRACE INSULATE DRAIN LINES (BY OTHERS) THAW ROOM LARKIN LCE6200 2.3 TR ® 12.0'F TD +25T SST N N THAW ROOM 1-1/4" GALV 1-1/4" GALV CAP 1-1/4" GALV TEE WIP ROOM 42-1 /213 ® 1-3/8" HSS 2"w... 1/2" HPLm- REVIEWED FOR CODE OP I NCE JUN 0 5 2013 HEAT TRACE INSULATE DRAIN LINES (BY OTHERS) UNION WATLOW CBLNF26J28 15 KW CIRCULATION HEATER 3 V � PI (T> ST -5 (2 GAL) 1•-•\ EXPANSION TANK . GRUNDFOS 12501 -LC 1-1/2" 9 I 1.5 HP CIRCULATIOIN PUMP LEGEND: ............................ TI TEMPERATURE INDICATOR PI PRESSURE INDICATOR 1 /2" AIR BLEED 101 SIGHT GLASS (W/ FROST COVER IN FREEZERS) LO BALL VALVE I1 CIRCUIT SETTER 1-1/4" GAL 1-1/4" GALV CAP 1 1/4" GALV TEE VESTIBULE (AIR LOCK) ROOM LARKIN LCE6240 2.0 TR ® 10.0T TD +30T SST A8 PRESSURE REG W/ GAUGE D�4 SOLENOID VALVE TSI CHECK VALVE THERMOSTATIC EXPANSION VALVE W/ EXTERNAL EQUALIZER COIL DISTRIBUTOR CONDENSER FILTER/DRYER HEAT TRACE INSULATE DRAIN LINES (BY OTHERS) LONG TERM FREEZER LARKIN LHL41050 8 TR ® 9.6T TD -25T SST TO UNDERGROUND GLYCOL LOOPS 3/4" -� 3/4" CIRCUIT SETTER DUAL PRESSURE RELIEF VALVES W/ RUPTURE DISKS )0XX" (0 INSULATION THICKNESS AIR LOCK ROOM 1 MECHANICAL ROOM ROOF MECHANICAL ROO 1 1/4" RV REFRIGERATION LINES: w -e 2-1/8" HPL 42-1/2" 1-1/4" GALV HPL HIGH PRESSURE LIQUID LSS LOW STAGE SUCTION HSD HIGH STAGE DISCHARGE CD CONDENSER DRAIN OD OIL DRAIN 1-3/8" OD HEAT TRACE INSULATE DRAIN LINES (BY OTHERS) 1-1/4" GALV CAP 1-1/4" GALV TEE OIL SEPARATOR GENERAL NOTES: 1. REFRIGERATION LINES SCH 40 COPPER. DIMENSIONS ARE OUTSIDE DIAMETER. LONG TERM FREEZER LARKIN LHL41050 8 TR ® 9.6'F TD -25T SST 2-5/8" HSD 2. GLYCOL SKID PIPING A. >= 2" A53B SCH 40 STEEL PIPE B. < 2" A106 SCH 80 STEEL PIPE 1-1/4" GALV 1-3/8" OD .- HEAT TRACE INSULATE DRAIN LINES (BY OTHERS) 1-1/4" GALV CAP 1 1/4" GALV TEE FOR DETAILS ON DRAIN LINES ISSUED FOR CONSTRUCTION APRIL 12, 2013 FILTER COMPRESSOR 5 COMPRESSOR 6 COMPRESSOR 7 COMPRESSOR 1 COMPRESSOR 2 COMPRESSOR 3 COMPRESSOR 4 LONG TERM FREEZER LARKIN LHL41050 8 TR ® 9.6T TD -25'F SST LONG TER VI FREEZER COMPRESSOR PACKAGE (MECHANICAL ROOM 441 *4 RECEIVED CITY OF TUKWILA MAY 2 4 2013 • , . IT CENTER ngineering, Inc 3005 N.E. ARGYLE PORTLAND, OR 97211 (503)-249-8190 OR (800)-455-8585 FAX (503)-249-8322 REVISION APPROVED REVISION APPROVED DC FREEZER ADDITION J# 16262 12.20.12 ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED APPROVED BY DRAWN SNI DATE 04.12.13 SUBTITLE CHECKED ENGINEER SCHEMATIC CURRENT REVISION J# 16262 SYMBOL 04.12.13 TITLE DC FREEZER ADDITION CHECKED APPROVED 04/12/13 APPROVED (DISCIPLINE) MASTER BUILDING 9-101.1 COL. W—Z/21-22 DEV. CENTER, WA JOB NO. DWG NO. J# 16262 COMP N0. 9-101.1—M3b •- X GLYCOL SKID WALL PENETRATIO MECHANICAL ROO1 ROOF REVIEWED FOR CODE COMPLIANCE APPROVED JUN 0 5 2013 City of Tukwila BUILDING DIVISION LEGE\D GD CO2 0 FR <GD> 1 CARBON DIOXIDE DETECTOR R404a DETECTOR STROBE/HORN GAS DETECTOR TAG STROBE/HORN TAG TEMPERATURE SENSOR FROST SENSOR TEMPERATURE SENSOR TAG FROST SENSOR TAG GE\HAL \OTES 1. SENSORS TO BE MOUNTED 18" ABOVE FLOOR 2. R404a SENSOR SELECT 0-1000 RANGE 3. CO2 SENSOR SELECT 0-3% RANGE CO\STUCTIO\ \OTES 1 � l 8 0 8 0 1M60 1M61 1M62 1M63 1M64 1M65 1M66 1M67 1M68 1M69 1M70 1M71 0 0 1M72 1M73 1M74 1M75 1M76 1 M77 1M78 1M79 1M80 1M84 1M85 1M89 RECEIVED CITY OF TUKWILA MAY 2 4 2013 PERMIT CENTER 1M90 1M81 1 M86 1M91 194 1M82 1M92 1M95 1M83 1M88 1M93 1M96 9-101.1 KEY P_AN SCALE: N.T.S. ISSUED FOR CONSTRUCTION APRIL 12, 2013 8 4 0 4 8 16 SCALE 1/8" = 1'-0" ngineering, Inc 3003 N.E. ARGYLE PORTLAND, DR 972U (303)-249-8190 OR 0300)-455-8583 FAX (503)-249-8322 REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE Q� BOE/ GQ' ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED DRAWN SNI DATE 04.12.13 CHECKED SUBTITLE 1ST FLOOR REFRIGERATION EQUIPMENT PLAN CURRENT REVISION J# 16262 SYMBOL DATE 04.12.13 APPROVED BY DEPT. DATE NCINEER CHECKED APPROVED APPROVED TITLE DC FREEZER ADDITION BUILDING 9-101.1 (DISCIPLINE) MASTER COL. W -Z/21-22 DEV. CENTER, WA SHEET 1M98 JOB NO. # 16262 COMP NO. DWG NO. 9-101-1M98 a 5'-1" PILE CAP -o- 10' -6" -+ DOOR TRACK BEAM 8'0" WIDE X 2' DP FOR CONTINUATION PILE CAP SE� SHEET 1S47 -- i r 3'-8" C w w w C i O t 4'-6" 4'-6" 4'-6" 4'-6" 2'-3" 4'-6" 4'-6" ,f l 4'-5" 4' - ff 5,- 42-5" ,- 91 } 2'-4ff w w cn 0 2'-3" 2'-3" t42-44" 5' t_ 1'-2" (TYP) GRADE BEAM GB1 PILE CAP PILE CAP 6" SAND BED 7" RIGID .INSULATIO.N INTERIOR GRADE BEAM (GB2) TYP GLYCOL TUBING BACKFILL WITH CDF UNDER INTERIOR GRADE BEAM (GB2) WIP FREEZER DOOR GLYCOL PIPING IN 6" SAND BED 6" CONC ON 6" INSULATION 10" CONC ON 7" INSULATION FREEZER --**— GLYCOL MANIFOLD MECHANICAL ROOM GRADE BEAM (GB2) NEW DOOR TRACK BEAM 1'-4" EXST. DOOR TRACK BEAM FREEZER WALL 6" CONC ON 6" INSULATION 10" CONC ON 7" INSULATION cM9y EXST. DOOR TRACK BEAM 3' VAPOR BARRIER GLYCOL LOOP #10 IN 6" SAND BED GLYCOL LOOP #9 LOOP TUNNELED UNDER DOOR TRACK BEAM AND WITH CDF. FREEZER WALL 6" CONC ON 6" INSULATION 10" CONC ON 7" INSULATION CDUGM98 VAPOR BARRIER GLYCOL LOOP #8 LOOP TUNNELED UNDER DOOR TRACK BEAM AND BACKFILLED WITH CDF. CONTRACTOR TO BORE 6"0 UNDER BEAM FOR GLYCOL PIPING. REVIEINED FOR CODE COMPLIANCE APPROVED JUN 0 5 2013 City of Tukwila BUILDING DIVISION BACKFILLED EXST. DOOR TRACK BEAM 5'-8" 7" 6" SAND BED VAPOR BARRIER GLYCOL LOOP #10 GLYCOL LOOP #9 LOOP TUNNELED UNDER DOOR TRACK BEAM AND BACKFILLED WITH CDF. 3/4" ARMAFLEX INSULATION THROUGH SLAB TYP GLYCOL TUBING BACKFILL WITH CDF UNDER INTERIOR GRADE BEAM (GB2) GLYCOL LOOPS (NORTH TO SOUTH) COLOR LOOP LENGTH 2 430' 10 440' TOTAL 4,405' @ TEMPERATURE SENSOR GE\RAL \OTES 1) TEMPERATURE SENSOR TO BE RUN IN NON-METALLIC CONDUIT LOOP FOR ACCESIBILITY. CONDUIT TO BE RUN IN SAND BED WITH GLYCOL LINES. LOOPS TO END IN MACHINE ROOM UNDER CONTROL PANEL. STUCTIC \OTES 1) PROJECTED FOOTPRINT OF UNDERFLOOR HEAT PACKAGE 2) CONTRACTOR TO PROVIDE 6" BORE FOR PIPE THRU RUNS AND 3" X 16" SLOT FOR PIPE LOOPS UNDER DOOR TRACK BEAM. UGM62 UGM63 UGM64 UGM65 0 UGM66 UGM67 UGM68 UGM69 UGM71 UGM72 UGM73 UGM74 UGM75 UGM76 UGM77 UGM78 UGM79 UGM85 UGM81 UGM83 UGM89 RECEIVED CITY OF TUKWILA MAY 2 4 2013 PERMIT CENTER UGM91 UGM92 UGM95 UGM93 9-101.1 KEY P_AN SCALE: N.T.S. 8 4 0 4 • 8 16 EN - NEI ISSUED FOR CONSTRUCTION APRIL 12, 2013 er old Engineering, Inc 3005 NaL ARGYLE PORTLAND, OR 97211 (503)-249-8190 OR (800)-455-8585 FAX (503)-249-8322 SYM REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED DRAWN SNI DATE SUBTITLE 04.12.13 CHECKED UNDERGROUND GLYCOL PIPING CURRENT REVISION SYMBOL J# 16262 DATE 04.12.13 APPROVED BY DEPT. DATE ENGINEER CHECKED APPROVED APPROVED TITLE (DISCIPLINE) MASTER DC FREEZER ADDITION BUILDING 9-101.1 COL. W -Z/21-22 SHEET UGM98 JOB NO. J# 16262 MWM DEV. CENTER, WA DWG NG. 9-101-UGM98 A 1M458 ATS CMCS PANEL << 6" THK HO) 3/4' 1/2"j EPING PAD 22'6"Lx4'-0"DX7'9"H COMPRESSOR SKID RKIN LRR7250ABEL6D1 0 ENLARGED MECHANICAL ROOM VIEW ( 1/4".1'-o" 1 M981M 458 DIAL THERMOMETER--, WATLOW 15KW HEATER—.. PRESSURE GAUGE 1 td- cV .. GLYCOL PUMP fF 2" BALL VALVWE ,{ 3/4" CIRCUIT SETTER • 3/4" BALL VALVE 0 DIAL THERMOMETER PRESSURE GAUGE-_ i • REVIEWED FOR CODE COMPLIANCE APPROVED JUN 0 5 2013 City of Tukwila BUILDING DIVISION 3/4" ARMAFLEX INSULATION THROUGH CONCRETE FLOOR / 1" BALL VALVE—, GLYCOL RACK END VIEW ( A 1"=1'-0" 5'-10" „x:7 -2 -1/2"x2 -1/2"X1/4" ANGLE .' WATLOW 15KW HEATER \ 1 r rr r ! 1 • 3 GLYCOL TOP RACK VIEW 1".1'-o" GLYCOL PUMP 2 GAL EXPANSION TANK 1 .....1 /2" CHARGING VALVE ..' PRESSURE GAUGE e / FLOW SWITCH r r ,.,-AIR BLEED —1/2" UNION 2 GAL EXP TANK r { C 1M458 1" BYPASS VALVE D 1/2" DRAIN VALVE rJ { 1M458 GLYCOL RACK FRONT VIEW B 1"=1'-0" 1M458 5'-9 1/2" r 2" GLYCOL SUPPLY MANIFOLD r r 1 { __ .w r.,,.rW....rua .ami,. W..�., h ..w.,.,.,w�. .•�w..., n,� wr,�,..,u..,� , www '}i ,I i e�•Ah��ihh� \\ � vuvu \hhvhuhhuhhuh«w� hwwhuw W hvhh��uuhhhwv� u uhvvvvw�J �hwwvvwhwwV uuuwh�hL uuhuuuhu�uuwUt\u�w�hvw�v � .. '2" GLYCOL RETURN MANIFOLD GLYCOL BOTTOM RACK VIEW 1".1'-o” 1� GE\PAL \OTES CG\STUCTIO\ \OTES " BYPASS BALL VALVE RECEIVED CITY OF TUKWILA MAY 242013 PERMIT CENTER ISSUED FOR CONSTRUCTION APRIL 12, 2013 4 2 0 2 4 MUM we..w— -.:m- SCALE: 1/4" = 1'-0" 1 1/2 0 1/2 1 SCALE: 1" = 1'-0" ngineering, Inc 3005 N.E. AMIE PORTLAND, OR 97211 (503)-249-8190 OR (600)-455-5505 FAX (503)-249-8322 REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE 0:1BE/NG° ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED SNI CHECKED A SUBTITLE 04.12.13 ENLARGED MECHANICAL ROOM PLAN AND DETAILS CURRENT REVISION J# 16262 SYMBOL DATE 04.12.13 APPROVED BY DEPT. DATE ENGINEER CHECKED APPROVED APPROVED TITLE (DISCIPLINE) MASTER DC FREEZER ADDITION BUILDING 9101.1 COL. W—Z/21-22 SHEET 1M458 JOB NO. J# 16262 COMP NO. DEV. CENTER, WA DWG No. 9-101-1M458 SEAL TOP OF JACKET TO INSULATION JACKET EXTEND 2ND INSULATION JACKET OVER ROOF JACK STAINLESS STEEL CLAMP ROOF JACK PIPE INSULATION BONDING AGENT ROOF DECKING FILL SPACE AROUND EXTERIOR WITH FOAM INSULATION PIPE OR INSULATION 1ST LAYER INSULATION JACKETING VAPOR BARRIER 1 VAPOR BARRIER PIPE INSULATION INSULATION JACKET ASSEMBLY BY INSULATION CONTRACTOR STAINLESS STEEL CLAMP FULLY ADHERED MEMBRANE FLASHING TYPICALLY SEALED SEAM ROOF PIPE PENETRATION \/ RIGID INSULATION MECHANICALLY FASTENED TO ROOF DECK INSULATION JACKET REFRIGERATION PIPE 1 NOT TO SCALE RFM98M612 INSULATED BUILDING PANEL SEAL EDGE WITH BUTYL CAULKING AND SILICONE SEALANT VAPOR TIGHT WHITE PVC ESCUTCHEONS (TYP.) WALL PIPE PENETRATION 4 NOT TO SCALE 1\152 SHOP FAB HEADER SHOP FAB HEADER FS THREADED CAP FS UNION 2 REQ'D SCH/80 CLOSE NIPPLE 4 REQ'D DUAL RELIEF VALVES DUAL RELIEF PIPING DETAIL NOT TO SCALE 7 M3bM612 DRILL HOLE TO SPECIFIED DIA. AND DEPTH. BLOW OUT DUST 4 SECONDS MIN. 80 PSI COMPRESSED OIL FREE AIR. BRUSH CLEAN FOR 4 CYCLES WITH WIRE BRUSH BRUSH AWAY FOREIGN MATERIAL FINISH FLOOR CONFIRM VALID EXPIRATION DATE 2 PART EPDXY OUT DUST 4 SECONDS MIN. 80 PSI COMPRESSED OIL FREE AIR. EPDXY ANCHOR PREPARATION 2 NOT TO SCALE WIPE CLEAN WITH SOLVENT COAT WITH ZRC, ALLOW TO DRY M612 FINISH COAT WITH COLD GALVANIZING COMPOUND GALVANIZED STEEL TOUCH-UP PROCEEDURE 5 NOT TO SCALE M612 7/8" HOLE W/ 2 -PART EPDXY UNIT SUPPORT NEW 6" EQUIP PAD %" ALL -THREAD ROD W/ HEX NUT & WASHER 3/4" 6" 1 #4 DOWELS © 10" 0.C. AROUND PERIMETER W/ SET -XP EPDXY COMPRESSOR SKID HOUSEKEEPING PAD (8� 1 M458 M612 nts TAPE OR BANDING RTST SPLICE AND TEE KIT PART NO. 386572 PIPE STRAP 1 HEATING CABLE METALLIC PIPE 1 JUNCTION BOX (NOT INCLUDED) JUNCTION BOX CONNECTION PART NO, 386564 PIPE STRAP CONDUIT CONNECTION HUB (NOT INCLUDED) GROUNDING BRAID CONNECT TO BRACKET W/ GROUNDING SCREW. \,111/421,a HEATING CABLE SELF REGULATING CONSTANT WATTAGE VAPOR BARRIER PIPE INSULATION HEAT TRACE 6 WATT/FT DEFROST CONDENSATE PIPE METALLIC PIPE TAPE OR BANDING HEAT TRACE DETAIL NOT TO SCALE 1 THERMAL INSULATION 3 M3bM612 INSTALLATION NOTES: METALLIC PIPE 12" (TYPICAL) Ir Ara r re ..rte TAPE OR BANDING WEATHER- PROOF JACKET 2 WRAPS PER 12" HEATING CABLE SELF RREGULATING CONSTANT WATTAGE MINERAL INSULATED END SEAL NOT SHOWN PART NO. 386580 EVAPORATOR DRAIN PAN HEAT TRACE CONTINOUS WRAP TOP 2 INCHES 1. INSULATE AND HEAT TRACE IN ROOMS BELOW 36'F. 2. TERMINATE INSULATION AND HEAT TRACING 2 INCHES FROM END OF CONDENSATE DRAIN. 3. HEAT TRACE TO BE 6 WATT./FT, MIN. 2 WRAPS PER FOOT OF PIPE. MIN. 6 WRAPS PER FOOT AT EVAPORATOR CONNECTIONS. 4. SECURE HEAT TRACE WITH FIBER TAPE (NO ELECTRICAL TAPE). IIAR SPECIFIED THICKNESS XPS EXTRUDED POLY STYROFOAM 1/2" FILAMENT TAPE ON 12" CENTERS CAULK BEAD (TYPICAL) DEFROST CONDENSATE CLEANOUT 6 NOT TO SCALE +ih ♦y+ ♦y+y♦ M3bM612 MYLAR VAPOR BARRIER (USE 2" OVERLAP) 1/2" ALUMINUMOR STAINLESS STEEL STRAPPING ON 12" CENTERS + + + + + ! + + + + • + + + # + # + + ♦ + + + + + + ♦ + h + i + t ♦ ♦ + + + + + + + 4 + + h 4 i ♦ ♦ i ♦ i + + ♦ + 4 + • + + + t + + + + + + + + + + + + + + ♦ + ♦ + + + + ♦ + + + + + + + + + + + 4. + + + + + + ♦ t + + + + + + + + + + t + + + + + + t + ♦ ♦ + + ♦ ♦ } + + t } + + + + + + + + + + + h 4 i ♦ i t # ♦ + + 4 4 + t + 4 + + 4 4 + + + + 0.016 SMOOTH WHITE ALUMINUM JACKETING OUTDOOR PIPING (USE 2" OVERLAP) CHILDER CP -70 JOINT SEATLER (FULL BEDDING COAT ON ALL LONGITUDINAL JOINTS) STAGGER ALL JOINTS A MINIMUM OF 4" PIPE INSULATION DETAIL NOT TO SCALE 1 REVIEWED FOR CODE COMPLIANCE APPROVED JUN 0 5 2013 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA MAY 2 4 2013 PERMIT CENTER ISSUED FOR CONSTRUCTION APRIL 12, 2013 aCold Engineering, Inc 3005 N.E. ARGYLE PORTLMJD, OR 97211 (503)-240-8100 0)-2 0-8(503)-249-8322(800)-6-8686 SYM REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE DC FREEZER ADDITION J# 16262 12.20.12 BE/NG° rr— ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED RA N SNI CHECKED DATE 04.12.13 SUBTITLE STANDARDS CURRENT REVISION J# 16262 SYMBOL DATE 04.12.13 APPROVED BY DEPT. DATE ENGINEER CHECKED APPROVED APPROVED TITLE DC FREEZER ADDITION BUILDING 9-101.1 (DISCIPLINE) MASTER COL. W -Z/21-22 DEV. CENTER, WA SHEET M612 JOB NO. J# 16262 COMP NO. DWG NO. 9-101-M612 l {w: 0 34.00 0 1 1 u- 120.19 SECTION SCALE: 3/8" = 1'-0" 13.44 0 0 0 FRONT LHL412220SPA/LHL41050SPA BOLT HOLE TEMPLATE WIP (AU1,2,3,4) AND LONG TERM FREEZER (AU 7,8,9) BOLT HOLE PATTERN SCALE: 3/8" = 1'-0" M613 81.25 48.63 --roi l O O f 1 l u— 0 FRONT 0 1M98 M613 LCE6200SB BOLT HOLE TEMPLATE, THAW ROOM (AU5) BOLT HOLE PATTERN (2 SCALE: 3/8" = 1'-0" r / ,/1-r‹</i/o'l%f-ri (c/(f/4y,t '�l�r<s ,�f�(f ��r�l�l rf/5��<4 //t/r /'(, Y'/, SEE SUPPORT LAYOUT PLANVIEW FOR LOCATIONS SECTION SCALE: 3/8" = 1'-0" 1 M9�M61 3 LONGITUDINAL/TRANSVERSE BRACING DETAIL FOR PIPING PARALLEL OR PERPENDICULAR TO TRUSSES 13.44 T-° 97.26 48.63 —Pi) 0 FRONT 0 ----------------------- DBL NUTS & WASHER C6x8.2 CHANNEL, 3/4" HOLES DRILLED TO FIT EVAPORATOR HOLE TEMPLATES, DETAILS 1, 2, AND 3 THIS SHEET LCE6240SB BOLT HOLE TEMPLATE, THAW ROOM (AU5) DBL NUTS & WASHER BOLT HOLE PATTERN SCALE: 3/8" = 1'-0" TRUSS TOP CHORD WELD TO TOP CHORD 3/16 3"x3"x1/4" PLATE GRINNELL FIG. 112 1/2" BOLT 1-1/4" IPS TOP CHORD DETAIL NTS 1-1/4" IPS DETAIL SCALE: NTS Y2" THREADED ROD W/ DBL NUTS, RESTRAINING NUTS & WASHER TYPICAL EVAPORATOR A-1200 STRUT W/ ES142 STIFFENER — ES142 16" 0.0. MAX. RESTRAINING NUT GRINNELL FIG. 112 2 -1/2"x2 -1/2"x3/16" ANGLE BACK TO BACK W/ SPACER EA. END AND MIDDLE TRAPEZE DETAIL NTS DBL NUT 1/2" ALLTHREAD ROD 404A DIFFUSER MOUNT 15' ABOVE ROOFLINE AND 20' MIN. FROM BUILDING OPENINGS. FIG.40 RISER CLAMP „0/— 1-1/2"x3/16" ANGLE IRON FRAME its/— NOTE: THREE LEGS MAY BE USED IF OBSTACLES OR ROOF CONSTRUCTION PROHIBIT THIS DETAIL. LEGS WILL BE AT 120' FOR TRI—POD DESIGN. FREON DIFFUSER NTS 1/2" ALLTHREAD NUT 3"x3"x1/4" PLATE WASHER TACK WELD TO TRUSS TRUSS BOTTOM CHORD TRAPEZE DETAIL NTS ROOF JACK 1-1/2"x1/4" ANGLE TO PANEL POINT IF REQURED PLATE WASHER RESTRAINING NUT 8"x8"x1 /4" PLATE A-1200 STRUT W/ ES142 STIFFNER ES142 16" 0.0. MAX. TYP. ALL SUPPORTS ROOF MEMBRANE SLIP—SHEET .._.• REVIE WED FOR 'CODE COMPLIANCE APPROVED JIJN 0 5 2013 City of Tukwila BUILDING DIVISION ISSUED FOR CONSTRUCTION APRIL 12, 2013 RECEIVED CITY OF TUKWILA MAY 242013 PERMIT CENTER rCold ngineering, Inc 3005 N.E. ARGYLE PORTLAND, OR 97211 (503)-249-8190 OR (800)-455-8585 FAX (503)-249-8322 SYM REVISION BY APPROVED DATE SYM REVISION APPROVED DATE )4.12..1 DC FREEZER ADDITION J# 16262 12.20.12 eLt MA F,Mr"' 04 /12 /13 ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED SNI DATE SUBTITLE 04.12.13 APPROVED BY DEPT. DATE CHECKED ENGINEER CHECKED APPROVED APPROVED TITLE (DISCIPLINE) MASTER STANDARDS DC FREEZER ADDITION BUILDING 9-101.1 CURRENT REVISION J# 16262 SYMBOL DATE 04. SHEET M613 JOB NO. J# 16262 COMP NO. COL. W—Z/21-22 DEV. CENTER, WA DWG N0. 9-101—M613 1 I 4" LSS DOW 2-1/8" HPL DOW 4" LSS DOW 21 ONDENSER LARKIN LNED 0A079 88x270X55.5 3410 LB 11 PLA\ SCALE: 1/8" = 1 '-0" REVIEWED FOR CODE COMPLIANCE APPROVED JUN 0 5 2013 City of Tukwila BUILDING DIVISION SYM REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE 0°A ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED DRAWN SNI DATE 04.12.13 GE\HAL \OTES CO\STUCTIO \OTES ° RFM60 RFM61 RFM62 RFM63 RFM64 RFM65 RFM66 RFM67 RFM68 RFM69 RFM70 RFM71 RFM72 RFM73 RFM74 RFM75 RFM76 RFM77 RFM78 RFM79 RFM84 RFM89 RECEIVED CITY OF TUKWILA W'( 2 Lt 2013 PERMIT CENTER ISSUED FOR CONSTRUCTION APRIL 12, 2013 CHECKED SUBTITLE ROOF PLAN RFM80 RFM85 RFM90 RFM81 RFM86 RFM91 RFM82 RFM87 RFM92 RFM83 RFM88 RFM93 RrIM94 9-101.1 KEY PLAN RFM95 RFM96 SCALE: N.T.S. 8 4 0 4 8 SCALE: 1/8" = 1 '-0" 16 Engineering, Inc toe„, 3005 N. ARGYLE PORTLAND, OR 97211. (303)-249-0190 OR 0300)-455-8585 FAX (O3) -249-83E2 CURRENT REVISION J# 16262 SYMBOL DATE 04.12.13 APPROVED BY DEPT. DATE ENCINEER CHECKED APPROVED APPROVED TITLE (DISCIPLINE) MASTER DC FREEZER ADDITION BUILDING 9-101.1 COL. W—Z/21-22 DEV. CENTER, WA SHEET RFM98 JOB NO. 16262 COMP NO. DWG NO. • 9-101—RFM98